ReportWire

Tag: Green Economy

  • Plastic bottles could power your devices one day

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    Each year, billions of single-use plastic bottles end up in landfills or oceans. That waste problem keeps growing. Now, a new scientific breakthrough suggests those same bottles could help power your daily life.

    Researchers have developed a way to transform discarded plastic water bottles into high-performance energy storage devices called supercapacitors. The work focuses on PET plastic, short for polyethylene terephthalate, which is used in most beverage bottles. 

    The research was published in Energy & Fuels and highlighted by the American Chemical Society. Scientists say the discovery could reduce plastic pollution while helping drive cleaner energy technology.

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    SCIENTISTS EXTRACT SILVER FROM E-WASTE USING COOKING OIL

    Discarded PET water bottles are one of the most common sources of plastic waste worldwide, with hundreds of billions produced each year. (Kurt “CyberGuy” Knutsson)

    Why PET plastic waste is such a growing problem

    PET plastic is everywhere. According to the researchers, more than 500 billion single-use PET plastic bottles are produced every year. Most are used once and thrown away. Lead researcher Dr. Yun Hang Hu says that scale creates a major environmental challenge.

    Instead of letting that plastic pile up, the team focused on upcycling it into something valuable. Their idea was simple but powerful. Turn waste into materials that support renewable energy systems and reduce production costs at the same time.

    NEW TECH RECOVERS 92% OF EV BATTERY METALS

    Plastic bottles in a pile

    Those upcycled materials come together to form an all-waste-plastic supercapacitor designed for fast charging and long term energy storage. (Kurt “CyberGuy” Knutsson)

    How plastic bottles can store and release energy

    Imagine a device that can charge fast and deliver power instantly. That is exactly what supercapacitors do. They store and release energy much faster than traditional batteries, which makes them useful for electric vehicles, solar power systems and everyday electronics. 

    Hu’s team found a way to build these energy storage components using discarded PET plastic water bottles. By reshaping the plastic at extremely high temperatures, the researchers turned waste into materials that can generate electricity efficiently and repeatedly.

    Here is how the process works:

    For the electrodes, researchers cut PET bottles into tiny, grain-sized pieces. They mixed the plastic with calcium hydroxide and heated it to nearly 1,300 degrees Fahrenheit in a vacuum. That heat transformed the plastic into a porous, electrically conductive carbon powder.

    The powder was then formed into thin electrode layers. For the separator, small pieces of PET were flattened and carefully perforated with hot needles. This pattern allowed electric current to pass efficiently while maintaining safety and durability. Once assembled, the device used two carbon electrodes separated by the PET film and submerged in a potassium hydroxide electrolyte.

    CIGARETTE BUTTS MAKE ROADS STRONGER THAN EVER BEFORE

    A diagram of how PET bottles are converted into energy

    Researchers use extreme heat to convert waste PET plastic into porous carbon materials that can store and move electricity efficiently. (Kurt “CyberGuy” Knutsson)

    Why the results surprised scientists

    When tested, the all-waste-plastic supercapacitor outperformed similar devices made with traditional glass fiber separators. After repeated charging and discharging, it retained 79 percent of its energy capacity. A comparable glass fiber device retained 78 percent. That difference matters. The PET-based design costs less to produce, remains fully recyclable, and supports circular energy storage technologies where waste materials are reused instead of discarded.

    What this means for you

    This breakthrough could affect everyday life sooner than you might expect. Cheaper supercapacitors can lower the cost of electric vehicles, solar systems and portable electronics. Faster charging and longer device lifespans could follow. It also shows that sustainability does not require giving something up. Waste plastics could become part of the solution instead of the problem. Although this technology is still in development, the research team believes PET-based supercapacitors could reach commercial markets within 5 to 10 years. In the meantime, choosing reusable bottles and plastic-free alternatives still helps reduce waste today.

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    Kurt’s key takeaways

    Turning trash into energy storage is more than a clever idea. It shows how science can tackle two global challenges at once. Plastic pollution continues to grow. Energy demand does too. This research proves that those problems do not have to be solved separately. By rethinking waste as a resource, scientists are building a cleaner and more efficient future from materials we already throw away.

    If your empty water bottle could one day help power your home or car, would you still see it as trash? Let us know by writing to us at Cyberguy.com.

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  • How future food domes could change the way you eat

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    A futuristic food dome at Expo 2025 Osaka-Kansai offered a surprising look at how cities may grow fresh food close to home.

    Inspired by a classic greenhouse, the Inochi no Izumi or Source of Life dome showed how a compact closed-loop ecosystem could sit on rooftops or in small urban spaces. It looked like a tiny house full of produce powered by nature.

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    LIVING IN GIANT MOON GLASS SPHERES COULD BE OUR FUTURE

    This dome creates a full food ecosystem by recycling water and nutrients in a closed loop. (VikingDome)

    Inside the Source of Life dome

    The 21-foot structure sits on a base with four water zones that support marine fish, brackish species and freshwater species. Their waste creates the nutrients that feed the plant layers above. Microbes convert ammonia into nitrates that plants love.

    Above the tanks are four hydroponic tiers. Salt-tolerant greens grow over the seawater tank. Tomatoes and semi-salt-tolerant veggies thrive in the brackish zone. Herbs and lettuce sit above freshwater species like sturgeon. Edible flowers fill the top layer where sunlight hits strongest. The layout functions like an ecological slice from ocean to land instead of floors.

    Transparent ETFE panels pull in light and help the dome keep a stable climate. Water pumps send nutrients upward and then return clean water to each tank. The loop creates almost no waste and keeps cycling with little input.

    BEEF INDUSTRY SLAMS LAB-GROWN HYBRID MEAT AS SCIENTISTS PROMISE GREENER STEAKS

    A food dome being built

    Plants grow in stacked hydroponic layers that match the salinity zones of the aquatic life below. (VikingDome)

    How cities may use systems like this

    If these domes scale, cities could spread food production across many rooftops instead of one large farm. That shift boosts resilience and reduces shipping. It also lets people see where their food comes from because it grows within reach.

    Why this Dome matters

    The dome shows how biodiversity can improve food production. With more plant and aquatic species working together, the system stays stable and feeds itself. It does not rely on soil, open land or predictable weather. Cities with tight spaces can use this kind of setup to grow food right where people live.

    Researchers from Osaka Metropolitan University and the Tokyo University of Marine Science and Technology designed the system to copy nature. It follows the same recycling found in healthy wetlands. By letting biology do the work, the system reduces strain on land and water.

    A food dome

    The system shows how cities may produce fresh food on rooftops and small urban spaces. (VikingDome)

    What this means for you

    This model hints at a future where fresh food sits closer to your kitchen. A dome like this could sit on an apartment building or a school and provide herbs, produce and edible flowers. It cuts travel time from farm to table and gives communities more control over their food supply.

    If a storm or disaster blocks access to farms, a closed-loop dome can keep growing. For people with tiny yards or no soil, it offers a realistic way to produce clean food in small spaces.

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    Kurt’s key takeaways

    The Source of Life dome may be a prototype, but it delivers a vivid preview of urban food production. It combines architecture, ecology and aquaculture in a compact package that uses every drop of water. If future cities adopt systems like this, access to fresh food could improve for millions.

    Would you trust a rooftop food dome to supply part of your meals each week? Let us know by writing to us at Cyberguy.com.

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  • Macron to appoint fourth prime minister in a year as debt battle topples centrist leader

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    French President Emmanuel Macron is facing down another political crisis and will be forced to choose a new prime minister for the fourth time in less than 12 months following a vote of no-confidence on Monday.

    Prime Minister François Bayrou is expected to resign after a sweeping majority voted to boot him from the minority government in a 364–194 vote over his controversial cuts to public spending in an attempt to reduce France’s national debt. 

    Macron appointed Bayrou in December following a slew of resignations over the year when three other prime ministers left the top job. 

    French Prime Minister Francois Bayrou at Elysee Palace for an awards ceremony for those who helped restore Notre-Dame, in Paris, France on April 15, 2025. (Pierre Suu/Getty Images)

    MACRON STRUTS ON WORLD STAGE AS REVOLT OVER FRANCE’S SOARING DEBT PUTS HIS PM ON THE BRINK

    The French president is expected to appoint another prime minister – the fifth in less than two years.

    France is Europe’s second-largest economy, but according to Bayrou, it is facing an economic crisis. 

    But the centrist leader found himself facing growing opposition after he unveiled plans to reduce the fiscal deficit to 4.6% of GDP next year to secure a savings of $51 billion through a series of spending cuts, tax hikes and the dissolving of two public holidays. 

    Multiple reports on Monday noted that by the end of the first quarter of 2025, France’s public debt equated to 114% of its GDP. 

    zelenskyy trump and macron

     France’s President Emmanuel Macron (C), US president-elect Donald Trump (L) and Ukraine’s President Volodymyr Zelenskyy pose before a meeting at The Elysee Presidential Palace in Paris on Dec. 7, 2024.  (Sarah Meyssonnier/POOL/AFP via Getty Images)

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    But the vote of no confidence could signal increased gridlock within France’s government at a time when Macron is not only taking on a leading role when it comes to opposing Russian President Vladimir Putin’s war in Ukraine and the existential threats that poses for European allies, but increasing global instability and tense ties with the U.S. – which is also one of its chief trading partners. 

    It’s unclear if Bayrou will resign Monday night or when Macron publicly addresses the vote.

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  • Small Farmers Reap Growing Benefits From Solar Energy in Chile

    Small Farmers Reap Growing Benefits From Solar Energy in Chile

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    Residents pose behind the sprinkler that irrigates an alfalfa field thanks to the energy generated by a photovoltaic panel installed on Fanny Lastra’s property in Mirador de Bío Bío, Chile. Credit: Courtesy of Fresia Lastra
    • by Orlando Milesi (santiago)
    • Inter Press Service

    This energy enables technified irrigation systems, pumping water and lowering farmers’ bills by supporting their business. It also enables farmers’ cooperatives to share the fruits of their surpluses.

    The huge solar and wind energy potential of this elongated country of 19.5 million people is the basis for a shift that is beginning to benefit not only large generators.

    The potential capacity of solar and wind power generation is estimated at 2,400 gigawatts, which is 80 times more than the total capacity of the current Chilean energy matrix.

    Two farming families

    Fanny Lastra, 55, was born in the municipality of Mulchén, 550 kilometres south of Santiago, located in the centre of the country in the Bío Bío region. She has lived in the rural sector of Mirador del Bío Bío in the town since she was 8.

    “We won a grant of 12 million pesos (US$12,600) to install a photovoltaic system with sprinklers to make better use of the little water we have on our five-hectare farm and have good alfalfa crops to feed the animals,” she told IPS from her home town.

    She refers to the resources provided to applicants who are selected on the basis of their background and the situation of their farms by two government bodies, mostly through grants: the National Irrigation Commission (CNR) and the Institute for Agricultural Development (Indap).

    “Before we had to irrigate all night, we didn’t sleep, and now we can optimise irrigation. The panel gives us the energy to expel the water through sprinklers. In the future we plan to apply for another photovoltaic panel to draw water and fill a storage pool,” Lastra said.

    The area has received abundant rainfall this year, but a larger pond would allow to store water for dry periods, which are increasingly recurrent.

    “We have water shares (rights), but there are so many of us small farmers that we have to schedule. In my case, every nine days I have 28 hours of water. That’s why we applied for another project,” she said.

    Lastra works with her children on the plot, which is mainly dedicated to livestock.

    The conversion of agricultural land like hers into plots for second homes, which is rampant in many regions of Chile, has also reached Bío Bío and caused Lastra problems. For example, dogs abandoned by their owners have killed 50 of her lambs in recent times.

    That is why she will gradually switch to raising larger livestock to continue with Granny’s Tradition, as she christened her production of fresh, mature cheeses and dulce de leche.

    Marisol Pérez, 53, produces vegetables in greenhouses and outdoors on her half-hectare plot in the town of San Ramón, within the municipality of Quillón, 448 kilometres south of Santiago, also in the Bío Bío region.

    In February 2023 she was affected by a huge fire. “Two greenhouses, a warehouse with motor cultivators, fumigators and all the machinery burnt down. And a poultry house with 200 birds that cost 4500 pesos (US$ 4.7) each. Thank God we saved part of the house and the photovoltaic panel,” She told IPS from his home town.

    Pérez has been working the land with her sister and their husbands for 11 years.

    “We started with irrigation and a solar panel.  After the fire we reapplied to the CNR. As the panel didn’t burn, they helped us with the greenhouse. The government gives us a certain amount and we have to put in at least 10%,” she explained.

    The first subsidy was the equivalent of US$1,053 and the second, after the fire, was US$842. With both she was able to reinstall the drip system and rebuild the greenhouse, now made of metal.

    “Having a solar panel allows us to save a lot. Before, we were paying almost 200,000 pesos (US$210) a month. With what we saved with the panel, we now pay 6,000 pesos (US$6.3)”, she explained with satisfaction.

    In her opinion, “the solar panel is a very good thing.  If I don’t use water for the greenhouses, I use it for my house. We live off what we harvest and plant. That’s our life. And I am happy like that,” she said.

    The cases of one cooperative and two municipalities

    The proliferation of solar panels is also due to the drop in their price. Solarity, a Chilean solar power company, reported that prices are at historic lows.

    In 2021 its value per kilowatt (kWp) was 292 dollars. It increased to 300 in 2022, then dropped to 202 and reached 128 dollars in 2024.

    In 2021 the Cooperativa Intercomunal Peumo (Coopeumo) commissioned the first community photovoltaic plant in Chile. Today it has 54.2 kWp installed in two plants, with about 120 panels in total.

    The energy generated is used in some of its own facilities and the surplus is injected into the Compañía General de Electricidad (CGE), a private distributor, which pays its contribution every month.

    This amount contributes to improving support for its 350 members, all farmers in the area, including technical assistance, the sale of agricultural inputs, grain marketing and tax consultancy.

    Coopeumo’s goals also include reducing carbon dioxide (C02) emissions into the atmosphere and benefiting its members.

    It also benefits the municipalities of Pichidegua and Las Cabras, located 167 and 152 kilometres south of Santiago, as well as school, health and neighbourhood establishments.

    “The energy savings in a typical month, like August 2024, was 492,266 pesos (US$518),” said Ignacio Mena, 37, and a computer engineer who works as a network administrator for Coopeumo, based in the municipality of Peumo, in the O’Higgins region, which borders the Santiago Metropolitan Region to the south.

    Interviewed by IPS at his office in Pichidegua, he said the construction of the first plant cost the equivalent of US$42,105, contributed equally by Coopeumo and the private foundation  Agencia de Sostenibilidad Energética.

    Constanza López, 35, a risk prevention engineer and head of the environmental unit of the Las Cabras municipality, appreciates the contribution of the panels installed on the roof of the municipal building. They have an output of 54 kilowatts and have been in operation since 2023.

    “We awarded them through the Energy Sustainability Agency.  They funded 30 percent and we funded the rest,” she told IPS at the municipal offices. “This year is the first that the programme is fully operational and we should reach maximum production,” she said.

    In the case of the municipality of Las Cabras, the estimated annual savings is about US$10,605.

    Panels and family farming, a virtuous cycle

    There is a virtuous cycle between the use of panels and savings for small farmers. The Ministry of Energy estimates this saving at around 15% for small farms.

    “The use of solar technology for self-consumption is a viable alternative for users in the agricultural sector. More and more systems are being installed, which make it possible to lower customers‘ electricity bills,” the ministry said in a written response.

    Since 2015, successive governments have promoted the use of renewable energy, particularly photovoltaic systems for self-consumption, within the agricultural sector.

    “There has been a steady growth in the number of projects using renewable energy for self-consumption. In total, 1,741 irrigation projects have been carried out with a capacity of 13,852 kW and a total investment of 59,951 million pesos (US$63.1 million),” the ministry said.

    The CNR told IPS that so far in 2024 it has subsidised more than 1,000 projects, submitted by farmers across Chile.

    “This is an investment close to 78 billion pesos (US$82.1 million), taking into account subsidies close to 62 billion pesos (US$65.2) plus the contribution of irrigators,” it said.

    Of these projects, at least 270 incorporate non-conventional renewable energies, “such as photovoltaic systems associated with irrigation works”, it added.

    According to the National Electricity Coordinator, the autonomous technical body that coordinates the entire Chilean electricity system, between September 2023 and August 2024, combined wind and solar generation in Chile amounted to 28,489 gigawatt hours.

    In the first quarter of 2024, non-conventional renewable energies, such as solar and wind among others, accounted for 41% of electricity generation in Chile, according to figures from the same technical body.

    © Inter Press Service (2024) — All Rights ReservedOriginal source: Inter Press Service

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  • Hydrogen from Renewables or Fossil Fuels? The Panamanian Question

    Hydrogen from Renewables or Fossil Fuels? The Panamanian Question

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    Ships await their turn to cross the Panama Canal from the Pacific to the Atlantic Ocean. Credit: Emilio Godoy / IPS
    • by Emilio Godoy (panama)
    • Inter Press Service

    The vessel exemplifies Panama’s aspiration to become a regional hub for hydrogen, the most abundant gas on the planet, but faces the existential decision of whether to generate it from renewable energy or fossil gas.

    This Central American nation of just over four million people is developing, albeit belatedly, the first phase of its roadmap to materialise the National Green Hydrogen and Derivatives Strategy, approved in 2023.

    For Juan Lucero, coordinator of the Ministry of the Environment’s National Climate Transparency Platform, green hydrogen would be the best option, given its renewable energy, strategic position and the influence of international policies to reduce greenhouse gas (GHG) emissions in sea transport.

    “Panama has natural gas, and companies are interested in taking part in this business, in this case blue hydrogen. If Panama wants to be a hub, then blue is a good option,” he told IPS.

    He stressed that “for Panama, it has always been a priority to provide services, to be an energy hub. We have tradition, experience, history, as a hub for supplying bunker (a petroleum distillate) ships. The idea is to achieve that transition.”

    The production of hydrogen, which the fossil fuel industry has been using for decades, has now been transformed into a coloured palette, depending on its origin.

    Thus, “grey” comes from gas and depends on adapting pipelines to transport it.

    By comparison, “blue” has the same origin, but the carbon dioxide (CO2) emanating from it is captured by plants. Production is based on steam methane reforming, which involves mixing the first gas with the second and heating it to obtain a synthesis gas. However, this releases CO2, the main GHG responsible for global warming.

    Meanwhile, “green” hydrogen is obtained through electrolysis, separating it from the oxygen in water by means of an electric current.

    The latter type joins the range of clean sources to drive energy transition away from fossil fuels and thus develop a low-carbon economy. Today, however, hydrogen is still largely derived from fossil fuels.

    In its different colours, Panama joins Argentina, Brazil, Chile, Colombia, Costa Rica, Ecuador, Paraguay, Peru and Uruguay in having national hydrogen policies.

    Ambition

    In 2022, the Panamanian government created the High Level Green Hydrogen and Green Hydrogen Technical committees to drive the roadmap in that direction.

    But it has not made progress in the creation of free zones for trade and storage of green hydrogen and derivatives; updating regulations; and encouraging port activities to use electric vehicles, install decentralised solar systems, introduce energy efficiency and generate heat through solar thermal energy.

    The green hydrogen strategy approved in 2023 includes eight targets and 30 lines of action, foreseeing the annual production of 500,000 tonnes of this energy and derivatives, to cover 5% of the shipping fuel supply by 2030.

    In 20 years, the estimate rises to the supply of 40% of shipping fuels.

    But this potential would require 67 gigawatts (Gw) of installed renewable capacity, which is a substantial deployment in a country whose economy is highly dependent on the activity of the inter-oceanic canal between the Pacific and the Atlantic, inaugurated in 1914 and expanded a century later, in a project that doubled its capacity and came into operation in 2016.

    In 2023, the Panamanian energy mix relied on hydropower, gas, wind, bunker, solar and diesel, with an installed capacity of 3.47 Gw at the start of 2024. Panama currently has at least 31 photovoltaic plants and three wind farms.

    Electricity generation accounted for some 24 million tonnes of CO2 emissions in 2021, with the largest contributors being energy (70%) and agriculture (20%).

    But in 2023, the country declared itself carbon neutral, i.e. its forests capture the pollution released into the atmosphere, having a negative balance in GHG emissions.

    The national strategy includes the construction of a 160 megawatt (MW) solar plant and an 18 MW wind power farm in the centre-south of the country, as well as a second 290 MW photovoltaic plant in the northern province of Colón.

    In this province, a green ammonia production plant is planned to supply the future demand for shipping fuel, with an annual production of 65,000 tonnes and an investment of US$ 500 million.

    The global shipping sector considers hydrogen, ammonia and its derivative, methanol, to be viable. The latter, which is also used to make fertilisers, explosives and other commodities, can be obtained from green hydrogen.

    A demand of up to 280,000 tonnes of green ammonia per year is projected by 2040, which would require the installation of 4.2 Gw of electrolysis.

    Leonardo Beltrán, a non-resident researcher at the non-governmental Institute of the Americas, told IPS about the process of building strategies, institutional vision, and short, medium and long-term goals.

    “They have taken giant steps in a relatively short period of time. They already have the infrastructure, the canal. If that demand is met, it could be a game changer. If you can connect the canal to other ports, to the United States or Europe, they could very well have that (green) corridor that would anchor a relevant demand. That would boost on-site and also regional generation,” he said from Mexico City.

    With support from the Inter-American Development Bank (IDB) and the United Nations Environment Programme (UNEP), Panama is developing pre-feasibility projects on the production of green hydrogen, its conversion to ammonia and the installation of an ammonia dispatch station as a clean shipping fuel, and on the production of green aviation paraffin.

    The roadmap found to be more feasible the production of hydrogen in Panama, the import of green ammonia and the processing of green shipping fuel.

    Also, the country is considering manufacturing green paraffin for aviation, given that it hosts an air transport hub in the region, although testing is in its infancy and involves a much longer process than in the case of shipping.

    Harmonisation

    The hydrogen strategy is a function of Panama’s logistical, energy and climate change needs.

    Panama currently has 10 tax-free fossil fuel areas, with storage capacity of more than 30 million barrels (159 litre) equivalent and one liquefied fossil gas area, which are tax exempt and could be the model for future hydrogen generation areas.

    In 2021, the country shipped 42.79 million tonnes of fuel to more than 44,000 vessels, a figure that will grow by 2030. By comparison, hydrogen passing through the canal would total 81.84 million tonnes in 2030 and 190.96 million in 2050.

    In its voluntary climate contributions under the Paris Agreement, Panama pledged to reduce total emissions from the energy sector by at least 11.5% in 2030, from its 2019 level, and by 24% in 2050.

    In parallel, as of 2021, the Panama Canal, through which 6% of world trade passes, is implementing its own Sustainable Development and Decarbonisation Strategy.

    The autonomous Panama Canal Authority’s plan includes the introduction of electric vehicles, tugboats and boats using alternative fuels; the replacement of fossil electricity with photovoltaics and the use of hydropower, to become carbon neutral by 2030, with an investment of some US$8.5 billion over the next five years.

    The canal reduces some 16 million tonnes of CO2 each year.

    Tolls and shipping services are its biggest sources of revenue, and thus the importance of developing shipping fuels based on clean hydrogen.

    In the first nine months of 2023, 210.73 million long tons (1,016 kilograms) went through the interoceanic infrastructure, down from 218.44 million in the same period in 2022.

    Of the total cargoes, one third are fossil fuels. Container, chemical, gas and bulk carriers are the main transports.

    Lucero said the country is looking for investments in renewable energy, particularly green hydrogen.

    “This market has to be developed in an orderly way. Demand has to be driven; otherwise, the investment will not be profitable. There are uncertainties, but the line that has been taken is that hydrogen is the future and we want to break away from being followers to become leaders, to seize the moment to develop and be prepared when the boom arrives,” he stressed.

    For expert Beltrán, if the government that took office on 1 July follows this route, it would send a strong signal to the sector and thus pull the shipping sector toward energy transition.

    “Replacing imports with local product is more convenient, and the way would be with the available, renewable resource. That would impact local development and contribute to the energy transition agenda,” he said.

    © Inter Press Service (2024) — All Rights ReservedOriginal source: Inter Press Service

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  • Cuban Family Harnesses Biogas and Promotes its Benefits

    Cuban Family Harnesses Biogas and Promotes its Benefits

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    Preschool teacher Iris Mejías and her husband Alexis García, a retired university professor, stand next to the geomembrane biodigester that since December 2023 provides about four cubic meters of biogas daily for their agricultural activities and the needs of their home in the semi-urban neighborhood of Sierra Maestra, in the municipality of Boyeros on the south side of Havana. CREDIT: Jorge Luis Baños / IPS
    • by Luis Brizuela (havana)
    • Inter Press Service

    García and his wife Iris Mejías organically grow all the agricultural products that make them self-sufficient, on the land around their home in the semi-urban neighborhood of Sierra Maestra, in the municipality of Boyeros on the south side of Havana.

    “I used to use a little urea, but because of the economic situation it has become very difficult to import this and other fertilizers. The bioproducts are an opportunity to make up for that shortage and, in some cases, function as pesticides,” García, a 62-year-old retired university professor who is now dedicated to his crops, told IPS.

    Biol is the liquid effluent with a certain degree of stabilization that comes out of the biodigester, once the process of anaerobic digestion of organic matter, which includes animal manure, crop waste and/or liquid waste, has been completed. It is rich in nutrients for crops and for restoring soil through fertigation.

    García pointed out that the challenges of obtaining energy and the need to process manure prompted the installation of the geomembrane biodigester, which as of December 2023 provides about four cubic meters of biogas per day.

    This is one of the three types of biodigesters most used at a small and medium scale in Cuba, together with the mobile type, also known as the Indian model, and the fixed dome or Chinese biodigester.

    “I had read a little about it and wanted to have a biodigester. With some savings we decided to start building one. In addition to the support of our sons Alexis and Alexei, we had the backing and advice of José Antonio Guardado,” coordinator of the Biogas Users Movement (MUB), said García.

    Founded in 1983, the MUB brings together some 3,000 farmers who use this technology in this Caribbean island nation of 11 million people.

    Biogas opportunities

    Mejías, 59, said that “with biogas you lose the fear of not having enough fuel for cooking. It provides security.”

    Meiías, a teachers at a preschool for the young children of working mothers, says that when the economic crisis became more severe in the 1990s, she cooked with firewood, charcoal, kerosene and even coconut shells to prepare her family’s daily meals.

    “If you cook with electrical equipment, you depend on the power supply, or if you have a gas cylinder (liquefied petroleum gas), you worry that it will run out and you won’t have a spare. In both cases the biodigester saves money,” she said.

    Mejías said it is easier to cook food for domestic animals and heat water “without smut or smoke that makes it necessary to wash your hair every day or makes it difficult to take care of your hands.”

    Studies show that methane is a potent greenhouse gas, with a warming power 80 times greater than that of carbon dioxide (CO2).

    Proper management of the biological methane resulting from the decomposition of agricultural residues and manure can generate value and be a cost-effective solution to avoid water and soil contamination.

    Therefore, its extraction and use as energy, especially in rural and semi-urban environments, can be a solution to reduce electricity consumption and help combat climate change.

    According to García, the island could receive greater energy benefits if there were clear incentives for the installation of biodigesters.

    Although the acute domestic economic crisis has had a very negative impact on the national swine and cattle herd, “many dairies and pig farms do not know what to do with the daily output of manure. In fact, our biodigester is fed from nearby facilities where it is piled up and they give it to us for free,” he said.

    Other incentives

    Cuba has a biogas production potential of 615,595 cubic meters per year from agricultural and industrial production, according to the Bioenergy Atlas 2022.

    That volume represents 189,227 tons of oil equivalent per year or 710,095 megawatt hours (MWh) per year. Of the total, 63 percent comes from agricultural production, he said.

    In García’s opinion, Cuba’s rural environment “is in a better position to achieve the desired energy independence. But economic facilities would be necessary, such as loans for the construction of biodigesters, bonuses for people to produce that energy and access to buy lamps, pots and even refrigerators that use biogas.”

    Of Cuba’s 11 million inhabitants, about 23 percent, some 2.3 million people, live in rural areas, according to official statistics.

    On the other hand, it is estimated that there are some 5,000 biodigesters on the island, although conservative estimates by specialists consider it possible to expand the network to 20,000 family units.

    Experts argue that the direct use of biogas is more efficient than transforming it into electricity.

    A significant percentage of Cuba’s four million households use electricity as the main energy source for cooking and heating water for bathing, which represents about 40 percent of consumption.

    Cuba is a country highly dependent on fuel imports.

    During the last five years, in parallel to the deterioration of the domestic economic situation, the decline of the main sources of foreign currency and the strengthening of the U.S. embargo, the authorities have faced increasing difficulties in meeting the demand for fuel.

    About 95 percent of Cuba’s electricity generation relies on fossil fuels. The government aims to increase clean sources from the current five percent to around 30 percent of electricity generation by 2030.

    “Imagine what it would mean if not all, at least most of the houses in the Cuban countryside had a biodigester or solar panels. Any strategy that encourages independence from the national power grid, or that provides energy, would be very positive,” said García.

    In recent years, the international Biomas-Cuba project (2009-2022) focused on helping to understand the importance of renewable energy sources in rural environments, the role of on-farm biodigesters and waste treatment systems in swine facilities.

    The initiative, financed by the Swiss Agency for Development and Cooperation (Cosude), was coordinated by the Indio Hatuey Experimental Station, a research center attached to the University of the western province of Matanzas, and involved related institutions in several of the country’s 15 provinces.

    Ministerial Order 395 of the Ministry of Energy and Mines of 2021 stipulated that each of Cuba’s 168 municipalities must have a biogas development program and strategy, and coordinate its management and implementation with their respective provinces.

    In addition, the non-governmental Cuban Society for the Promotion of Renewable Energy Sources and Respect for the Environment (Cubasolar), together with the MUB, encourages training workshops and the advice of specialists.

    Moving towards energy independence

    One of the aspirations of the García-Mejías family is to achieve energy sustainability for their home and agricultural production.

    “We foresee the construction of a second biodigester, but this one will have a mobile dome, which should provide two cubic meters of biogas per day, but much more efficiently, and with a higher pressure. With a higher volume we can benefit some neighbors,” García said.

    On the roof of their house, six 720-watt solar panels backed up by recovered batteries give them autonomy of approximately three hours of electricity in the event of a power failure.

    “We plan to install a wind turbine, as well as a solar heater made of plastic pipes. We want to set up a demonstration area in the house to show the advantages of renewable energies and demonstrate how everything we do is done using these energy sources,” said the former professor.

    “We need a greater culture and awareness about renewable energies. There is resistance among some places and people. On the other hand, there are the high prices which do not foment the rapid expansion of technologies and equipment,” García said when IPS asked him in his home about the obstacles to increasing the household use of renewables.

    “People hear about the biodigester and think it’s difficult. It takes a little work, but then the benefits are many. There is a lack of information in the media. People come to us looking for help in building biodigesters. We also receive students, which opens up an opportunity for the new generations to grow up with the culture of using nature in a sustainable way,” he added.

    © Inter Press Service (2024) — All Rights ReservedOriginal source: Inter Press Service

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  • Brazil’s Biofuel Potential Set to Expand Thanks to Sustainable Aviation Fuel

    Brazil’s Biofuel Potential Set to Expand Thanks to Sustainable Aviation Fuel

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    An Air Force plane brings home Brazilians who managed to escape the war in Gaza as part of a humanitarian operation. Airplanes shorten distances but pollute the atmosphere and aggravate the climate crisis by emitting two percent of greenhouse gases. Sustainable biofuels can mitigate that damage. CREDIT: FAB
    • by Mario Osava (rio de janeiro)
    • Inter Press Service

    The electrification of automobiles has tended to curb the strong ethanol and biodiesel agribusiness developed in the country since the 1970s. But demand for sustainable aviation fuel (SAF) now offers the possibility of significant new expansion for many decades to come.

    Electrically powered airplanes are not viable with current technology, and will not be for a long time. “Batteries are very heavy and store little energy,” said Arnaldo Walter, a mechanical engineer and professor at the University of Campinas.

    Nor is green hydrogen, the fashionable ecological fuel, an alternative for aviation, because of the difficulty of storage and the need for temperatures of more than 250 degrees Celsius below zero to keep it in a usable liquid form. In addition, the entire design of aircraft would have to be changed, a process that could only be achieved in the long term.

    Brazil has everything it needs to become a major producer of green hydrogen, which is generated by electrolysis of water, but requires abundant electricity from renewable sources. That is the case in this country, especially in the Northeast region, which has huge potential in wind and solar energy, in addition to ports closer to Europe than those of other competitors.

    The solution is biomass-derived fuel, which does not require altering the format of aircraft or their turbines, by naturally replacing aviation kerosene, the use of which generates two percent of global greenhouse gas emissions.

    Climate requirements

    “Not just any biofuel will do, it has to meet the requirements for environmental, social and economic sustainability certification,” Walter told IPS by telephone from the southern city of Campinas, with a population of 1.1 million people located 90 kilometers from São Paulo.

    Deforestation, for example, is one of Brazil’s Achilles’ heels, given the reports of forests being cleared to grow soybeans, whose oil will probably be one of the main raw materials for SAF. It is not enough to decarbonize the fuel, but also the whole process of its production.

    The goal is to meet the target set by the International Civil Aviation Organization (ICAO) of net zero greenhouse gas emissions by 2050.

    “SAF is the only economically viable and available alternative, despite its sustainability challenges,” argued Amanda Ohara, a chemical engineer and fuel specialist with the non-governmental Climate and Society Institute, in an interview with IPS in Rio de Janeiro.

    Soybeans and sugarcane, abundant but disputed

    Brazil is the world’s largest soybean producer, with an output of 154 million tons in 2023, about half of which was exported to China. Its oil is the main raw material for biodiesel, which is blended with fossil diesel in this country at a current proportion of 14 percent. Congress is discussing the possibility of raising it to 25 percent in the future.

    In addition to its thriving agriculture, based largely on oilseeds and sugarcane, which can supply SAF plants, the country has ample potential for expansion.

    “Brazil has favorable conditions for biofuels, such as available land, good climate and rainfall, although they are now more uncertain than before,” said Walter. Tens of millions of hectares of land degraded by extensive cattle ranching in the past can be used to recover production.

    In Latin America’s largest country, with 850 million hectares of territory, only 61 million hectares were dedicated to agriculture and 164 million to cattle pastures in 2022, according to MapBiomas, a monitoring platform of a network of organizations focused on climate change.

    The government set a goal of recovering 40 million hectares of degraded land in 10 years, almost the same as the area planted with soybeans today: 44.6 million hectares.

    Soy already has a well-established market and consumers. Dedicating part of its oil to SAF competes with these uses and will require a large expansion of its cultivation, that is to say, new lands and the risk of deforestation, which together with changes in land use constitute the great source of greenhouse gases in the country.

    They represent economic and environmental costs that drive the search for alternatives.

    The macauba, a tropical palm tree whose scientific name is Acrocomia aculeata, is attractive because of its high oil productivity and its presence in almost all of Brazil, as well as in other Latin American countries under various names, such as coyol, corojo, grugru or macaw palm.

    It has not yet been commercially produced, nor has it been domesticated, making it a long-term, risky bet.

    But Acelen, a company controlled by the Mubadala Investment Company of the United Arab Emirates, is promoting a project to grow macauba palm trees on 200,000 hectares of land in northeastern Brazil to produce SAF as of 2026.

    To this end, it has an oil refinery in Mataripe, 70 kilometers from Salvador, capital of the northeastern state of Bahia, acquired in 2019 from the state-owned oil company Petrobras.

    Ethanol is another alternative raw material, which, like soybean oil, has the advantage of large-scale production, but competes with other uses. In Brazil, sugarcane is the main source of ethanol, whose consumption as a fuel is almost as high as that of gasoline.

    In its anhydrous form, it currently accounts for 27 percent of gasoline sold, a mix that is expected to rise to 30 percent or even 35 percent. But ethanol is also used alone, in its hydrated form. In Brazil today, almost all cars have flexible engines, powered by gasoline or ethanol, or by a mixture of any proportion.

    Cane and corn ethanol

    Ethanol lags behind vegetable oils in the production of SAF, but will benefit from a production boom expected in the coming years. It will be able to triple its annual production, which totaled 31 billion liters in 2023, without the need to greatly expand the cultivated area, according to industry leaders.

    Brazil is already the country that grows the most sugarcane in the world, which allows it to lead the sugar market and occupy second place in ethanol, surpassed only by the United States, where corn is the main source.

    Raízen, a joint venture between the British oil transnational Shell and Brazil’s Cosan, is studying the new biofuel, also in partnership with universities, while expanding its ethanol production, of which it is the national leader.

    It is a pioneer in second-generation ethanol, extracted from sugarcane bagasse and other cellulose-based waste. This ensures up to 50 percent more ethanol, without the need for more crops. The company has already started up eight plants of this type and expects to have 20 in operation by 2030, despite the fact that they are more expensive than conventional plants.

    Sugarcane productivity should also increase in the coming years, according to agronomic researchers, who expect to see production rise twofold mainly due to the planting of new varieties with genetic improvements.

    In addition, second-crop corn, generally planted after soybeans in the same area, has allowed an increasing production of ethanol, especially in the midwest region of Brazil. It already represents 17 percent of the national total.

    There are other alternatives, such as fossil derivatives but with reduced greenhouse gas emissions, wood from trees that grow faster in tropical countries such as Brazil, animal oils, and even cooking oil.

    Each one requires different technologies, with their own costs, maturation times and environmental effects, said Walter. Logistical conditions, dispersion or facilities for collecting raw materials can also determine the most promising alternatives.

    “There is no single solution, no silver bullet. We will have to combine various alternatives, depending on the intended or possible scale,” Ohara said. The choice is no longer purely economic, but also responds to the climate emergency, because “gas emissions must be reduced as a matter of urgency,” she added.

    The expansion of monocultures will be inevitable in a country like Brazil, which aims to ensure a sustainable supply, but the damage can be mitigated with agroforestry systems, combining oilseeds with other crops, which diversify the vegetation and conserve the soil, proposed the chemist and environmentalist who worked for six years with biofuels in the state-owned Petrobras consortium.

    © Inter Press Service (2024) — All Rights ReservedOriginal source: Inter Press Service

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  • How Soil Microbes Could save the World

    How Soil Microbes Could save the World

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    Five-month old cassava plants growing in the greenhouse of Wageningen University, the Netherlands. Credit: Rene Geurts/ENSA
    • Opinion by Rene Geurts (wageningen, netherlands)
    • Inter Press Service

    But this has come with both environmental trade-offs and widening inequality. Half the world is now fed thanks to synthetic nitrogen fertiliser, but its use generates an estimated 10.6 per cent of agricultural emissions, including up to 70 per cent of nitrous oxide emissions, one of the less prevalent greenhouse gases that is nevertheless almost 300 times more potent than carbon dioxide.

    To address this, scientists are embarking on a new frontier of the Green Revolution, built on fresh understanding about soil microbes and crop biology. This offers the potential for a “genetic revolution” that enables agricultural production without the need for as much costly chemical fertiliser use.

    The genetic revolution is partly born of a need to address the fact that the gains of the Green Revolution in the 1960s were not evenly spread. Smallholder farmers in sub-Saharan Africa continue to have limited access to the latest varieties of planting material and fertiliser, while contending with some of the most degraded soil in the world.

    Meanwhile in Africa, key staple crops such as cassava have not yet fully benefited from the progress in modern breeding technologies.

    Recent advances in scientific knowledge about how crops interact with soil bacteria and fungi to obtain nutrients therefore offer the opportunity to optimise plant biology to reduce the need for fertiliser, helping to solve both agriculture’s environmental challenges and the inequality that has held back food security in Africa.

    It also happens that cassava, Africa’s most important crop after maize, is the perfect starting point for a next chapter of agricultural science and innovation.

    In the evolution of crop species, cassava narrowly missed the opportunity to develop the same natural ability as legumes to interact with soil bacteria to convert nitrogen from the air. Legumes engage with rhizobia in soil to naturally fix nitrogen, meaning beans, peas and lentils do not need synthetic nitrogen fertiliser to grow.

    While cassava did not evolve with this trait, the root crop does make good use of arbuscular mycorrhizal fungi, a soil fungus, to source mineral nutrients such as phosphate. The biological system that allows cassava to interact with arbuscular mycorrhizal fungi was the evolutionary ancestor of nitrogen fixation.

    This makes cassava something of a stepping stone between legumes, which do not need nitrogen fertiliser, and other crops, which currently rely on artificial sources of nutrients.

    Scientists including those of us at the Enabling Nutrient Symbioses in Agriculture (ENSA) project are investigating the possibility of using cassava’s existing mechanism for engaging with fungi to also interact with bacteria to fix nitrogen.

    This research is at a very early stage but increasing the ability of more crops to source nutrients organically without the need for fertiliser would in theory have multiple benefits.

    Such a development would help improve the uptake of crop nutrients, which would translate into increased growth and higher yields. This is particularly valuable for African farmers, who have seen cassava yields remain stagnant since the 1960s.

    Pursuing the development of nitrogen-fixing cassava could also lead to reductions in the need for fertiliser, which would help bring down agricultural emissions while unlocking productivity gains in regions otherwise limited by access to fertiliser. This would mean smallholder farmers in Africa could benefit from yield increases similar to those achieved elsewhere in the Green Revolution.

    Finally, if scientists can introduce the trait to fix nitrogen to cassava, it opens the possibility of translating it to other, related crop species.

    Researchers are at the start of their exploration of this new frontier but the potential of a “genetic revolution” is ultimately for a “doubly green revolution” that accelerates agricultural intensification without the need for chemical fertiliser.

    Not only would this help to feed a growing population more sustainably, but it would also level the playing field for those who have been historically left behind by agricultural innovation.

    Rene Geurts, Associate Professor, Wageningen University, and principal investigator at the Enabling Nutrient Symbioses in Agriculture (ENSA) project

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  • Amidst a Horrendous 2023, Civil Society is Fighting Back Society

    Amidst a Horrendous 2023, Civil Society is Fighting Back Society

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    • Opinion by Farhana Haque Rahman (toronto, canada)
    • Inter Press Service

    So forgive us if for 2023 IPS takes a somewhat different approach, highlighting how humanity can do better, and how the big depressing picture should not obscure the myriad small but positive steps being taken out there.

    COP28, the global climate conference held this month in Dubai, could neatly fit the ‘big depressing’ category. Hosted by a petrostate with nearly 100,000 people registered to attend, many of them lobbyists for fossil fuels and other polluters, it would be natural to address its outcomes with scepticism.

    However, while Yamide Dagnet, Director for Climate Justice at the Open Society Foundations, described COP28 as “imperfect”, she said it also marked “an important and unprecedented step forward in our ‘course correction’ for a just transition towards resilient and greener economies.”

    UN climate chief Simon Stiell acknowledged shortcomings in the compromise resolutions on fossil fuels and the level of funding for the Loss and Damages Fund. But the outcome, he said, was also the “beginning of the end” for the fossil fuel era.

    Imperfect as it was and still based on old structures, COP28 hinted at the possible: a planetary approach to governance where common interests spanning climate, biodiversity and the whole health of Earth outweigh and supersede the current dominant global system of rule by nation states.

    As we have tragically witnessed in 2023, the existing system – as vividly reflected in the repetitive stalemate among the five veto-bearing members of the UN Security Council – is failing to find resolution to the major conflicts of this year, Russia-Ukraine and Israel-Gaza. Not to mention older and half-forgotten conflicts in places like Myanmar (18.6 million people in need of humanitarian aid) and in eastern Democratic Republic of Congo (seven million displaced).

    The unrestrained destruction of Gaza and the disproportionate killings of over 17,000, (now the death toll is “at least 20,000 people” according to Palestinian officials) mostly civilians– in retaliation for 1,200 killings by Hamas and 120 hostages in captivity– have left the Palestinians in a state of deep isolation and weighed down by a feeling of being deserted by the world at large.

    The United Nations and the international community have remained helpless– with UN resolutions having no impact– while American pleas for restrained aerial bombings continue to be ignored by the Israelis in an act of defiance, wrote IPS senior journalist Thalif Deen.

    The hegemony of the nation-state system is surely not going to disappear soon but – without wanting to sound too idealistic — its foundations are being chipped away by civil society where interdependence prevails over the divide and rule of the existing order. And so for a few examples encountered in our reporting:

    CIVICUS Lens, standing for social justice and rooted in the global south, offers analysis of major events from a civil society perspective, such as its report on the security crisis gripping Haiti casting doubt over the viability of an international plan to dispatch a Kenya-led police contingent.

    Education Cannot Wait, a global fund for education in emergencies and protracted crises, lobbied at COP28 for a $150 million appeal to support school-aged children facing climate shocks, such as the devastating drought in Somalia and Ethiopia, and floods in Pakistan where many of the 26,000 schools hit in 2022 remain closed.

    Leprosy, an ancient but curable disease, had been pegged back in terms of new case numbers but the onset of the COVID-19 pandemic in 2020 made it harder for patients to get treatment and for new cases to be reported. Groups such as the Sasakawa Health Foundation are redoubling efforts to promote early detection and treatment.

    With 80 percent of the world’s poorest living closer to the epicenters of climate-induced disasters, civil society is hammering at the doors of global institutions to address the challenges of adaptation and mitigation.

    Lobbying on the sidelines of COP28 in Dubai was activist Joshua Amponsem, co-director of the Youth Climate Justice Fund who questioned why weather-resilient housing was not yet a reality in Mozambique’s coastal regions despite the increasing ferocity of tropical cyclones.

    “My key message is really simple. The clock is ticking,” Dr Simeon Ehui told IPS as the newly appointed Director General of the International Institute of Tropical Agriculture which works with partners across sub-Saharan Africa to tackle hunger, poverty and natural resource degradation.

    Dr Alvaro Lario, President of the International Fund for Agricultural Development (IFAD), which has received record-breaking pledges in support of its largest ever replenishment, warns that under current trends 575 million people will still be living in extreme poverty in 2030.

    “Hunger remains a political issue, mostly caused by poverty, inequality, conflict, corruption and overall lack of access to food and resources. In a world of plenty, which produces enough food to feed everyone, how can there be hundreds of millions going hungry?” he asked.

    Empowering communities in a bid to protect and rejuvenate the ecosystems of Pacific communities is the aim of the Unlocking Blue Pacific Prosperity conservation effort launched at COP28 by Palau’s President Surangel Whipps who noted that the world was not on track to meet any of the 17 sustainable development goals or climate goals by 2030.

    A scientist with a life-long career studying coral reefs, David Obura was appointed this year as the new chair of IPBES, the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES).

    We really have reached planetary limits and I think interest in oceans is rising because we have very dramatically reached the limits of land,” says Dr Obura, “What the world needs to understand is how strongly nature and natural systems, even when highly altered such as agricultural systems, support people and economies very tangibly. It’s the same with the ocean.”

    An ocean-first approach to the fight against climate change is also the pillar of a Dalhousie University research program, Transforming Climate Action, launched last May and funded by the Canadian government. Traditional knowledges of Indigenous People will be a focus.

    As Max Roser, an economist making academic research accessible to all, reminds us: for more people to devote their energy to making progress tackling large global problems, we should ensure that more people know that it is possible.

    Focusing on the efforts of civil society and projecting hope amidst all the heartbreak of 2023 might come across as futile and wasted, but in its coverage IPS will continue to highlight efforts and successes, big and small, that deserve to be celebrated.

    Farhana Haque Rahman is the Executive Director of IPS Inter Press Service Noram and Senior Vice President of IPS; she served as the elected Director General of IPS from 2015 to 2019. A journalist and communications expert who lived and worked in Africa, Asia, Europe and North America, she is a former senior official of the United Nations Food and Agriculture Organization FAO and the International Fund for Agricultural Development IFAD.

    IPS UN Bureau


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  • Anti-green backlash hovers over COP climate talks

    Anti-green backlash hovers over COP climate talks

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    This article is part of the Road to COP special report, presented by SQM.

    LONDON — World leaders will touch down in Dubai next week for a climate change conference they’re billing yet again as the final off-ramp before catastrophe. But war, money squabbles and political headaches back home are already crowding the fate of the planet from the agenda.

    The breakdown of the Earth’s climate has for decades been the most important yet somehow least urgent of global crises, shoved to one side the moment politicians face a seemingly more acute problem. Even in 2023 — almost certainly the most scorching year in recorded history, with temperatures spawning catastrophic floods, wildfires and heat waves across the globe — the climate effort faces a bewildering array of distractions, headwinds and dismal prospects.

    “The plans to achieve net zero are increasingly under attack,” former U.K. Prime Minister Theresa May, who set her country’s goal of reaching climate neutrality into law, told POLITICO.

    The best outcome for the climate from the 13-day meeting, which is known as COP28 and opens Nov. 30, would be an unambiguous statement from almost 200 countries on how they intend to hasten their plans to cut fossil fuels, alongside new commitments from the richest nations on the planet to assist the poorest.

    But the odds against that happening are rising. Instead, the U.S. and its European allies are still struggling to cement a fragile deal with developing countries about an international climate-aid fund that had been hailed as the historic accomplishment of last year’s summit. Meanwhile, a populist backlash against the costs of green policies has governments across Europe pulling back — a reverse wave that would become an American-led tsunami if Donald Trump recaptures the White House next year.

    And across the developing world, the rise of energy and food prices stoked by the pandemic and the Ukraine war has caused inflation and debt to spiral, heightening the domestic pressure on climate-minded governments to spend their money on their most acute needs first.

    Even U.S. President Joe Biden, whose 2022 climate law kicked off a boom of clean-energy projects in the U.S., has endorsed fossil fuel drilling and pipeline projects under pressure to ease voter unease about rising fuel costs.

    Add to all that the newest Mideast war that began with Hamas’ attack on Israel on Oct. 7.

    On the upside, investment in much of the green economy is also surging. Analysts are cautiously opining that China’s emissions may have begun to decline, several years ahead of Beijing’s schedule. And the Paris-based International Energy Agency projects that global fossil fuel demand could peak this decade, with coal use plummeting and oil and gas plateauing afterward. Spurring these trends is a competition among powers such as China, the United States, India and the European Union to build out and dominate clean-energy industries.

    But the fossil fuel industry is betting against a global shift to green, instead investing its profits from the energy crisis into plans for long-term expansion of its core business.

    The air of gloom among many supporters of global climate action is hard to miss, as is the sense that global warming will not be the sole topic on leaders’ minds when they huddle in back rooms.

    “It’s getting away from us,” Tim Benton, director of the Chatham House environment and society center, said during a markedly downbeat discussion among climate experts at the think tank’s lodgings on St James’ Square in London earlier this month. “Where is the political space to drive the ambition that we need?”

    Fog of war

    The most acute distraction from global climate work is the war between Israel and Hamas in Gaza. The conflagration is among many considerations the White House is weighing in Biden’s likely decision not to attend the summit, one senior administration official told POLITICO this month. Other leaders are also reconsidering their schedules, said one senior government official from a European country, who was granted anonymity to speak about the sensitive diplomacy of the conference.

    The war is also likely to push its way onto the climate summit’s unofficial agenda: Leaders of big Western powers who are attending will spend at least some of their diplomatically precious face-time with Middle East leaders discussing — not climate — but the regional security situation, said two people familiar with the planning for COP28 who could not be named for similar reasons. According to a preliminary list circulated by the United Arab Emirates, Israeli President Isaac Herzog or Prime Minister Benjamin Netanyahu will attend the talks.

    A threat even exists that the conference could be canceled or relocated, should a wider regional conflict develop, Benton said. 

    The UAE’s COP28 presidency isn’t talking about that, at least publicly. “We look forward to hosting a safe, inclusive COP beginning at the end of November,” said a spokesperson in an emailed statement. But the strained global relations have already thrown the location of next years’ COP29 talks into doubt because Russia has blocked any EU country from hosting the conference, which is due to be held in eastern or central Europe.

    The upshot is that the bubble of global cooperation that landed the Paris climate agreement in 2015 has burst. “We have a lot of more divisive narratives now,” Laurence Tubiana, the European Climate Foundation CEO who was one of the drafters of the Paris deal, said at the same meeting at Chatham House.

    The Ukraine war and tensions between the U.S. and China in particular have widened the gap between developed and developing countries, Benton told POLITICO in an email. 

    Now, “the Hamas-Israel war potentially creates significant new fault lines between the Arab world and many Western countries that are perceived to be more pro-Israeli,” he said. “The geopolitical tensions arising from the war could create leverage that enables petrostates (many of which are Muslim) to shore up the status quo.”

    Add to that the as yet unknown impact on already high fossil fuel commodity prices, said Kalee Kreider, president of the Ridgely Walsh public affairs consultancy and a former adviser to U.S. Vice President Al Gore. “Volatility doesn’t usually help raise ambition.”

    The Biden administration’s decisions to approve a tranche of new fossil fuel production and export projects will undermine U.S. diplomacy at COP28, said Ed Markey, a Democratic U.S. senator from Massachusetts.

    “You can’t preach temperance from a barstool, and the United States is running a long tab,” he said.

    U.N. climate talks veterans have seen this program before. “No year over the past three decades has been free of political, economic or health challenges,” said former U.N. climate chief Patricia Espinosa, who now heads the consulting firm onepoint5. “We simply can’t wait for the perfect conditions to address climate change. Time is a luxury we no longer have — if we ever did.”

    The EU backlash

    Before the Mideast’s newest shock to the global energy system, the war in Ukraine exposed Europe’s energy dependence on Russia — and initially galvanized the EU to accelerate efforts to roll out cleaner alternatives.

    But in the past year, persistent inflation has worn away that zeal. Businesses and citizens worry about anything that might add to the financial strain, and this has frayed a consensus on climate change that had held for the past four years among left, center and center right parties across much of the 27-country bloc.

    In recent months, conservative members of the European Parliament have attacked several EU green proposals as excessive, framing themselves as pragmatic environmentalists ahead of Europe-wide elections next year.  Reinvigorated far-right parties across the bloc are also using the green agenda to attack more mainstream parties, a trend that is spooking the center. 

    Germany’s government was almost brought down this year by a law that sought to ban gas boilers — with the Greens-led economy ministry retreating to a compromise. In France, President Emmanuel Macron has joined a growing chorus agitating for a “regulatory pause” on green legislation.

    If Europe’s struggles emerge at COP28, the ripple effect could be global, said Simone Tagliapietra, a senior fellow at the Brussels-based Bruegel think tank. 

    The “EU has established itself as the global laboratory for climate neutrality,” he said. “But now it needs to deliver on the experiment, or the world (which is closely watching) will assume this just does not work. And that would be a disaster for all of us.”

    U.K. retreats

    The world is also watching the former EU member that stakes a claim to be the climate leader of the G7: the U.K.

    London has prided itself on its green credentials ever since former Prime Minister May enacted a 2019 law calling for net zero by 2050 — making her the first leader of a major economy to do so.

    According to May’s successor Boris Johnson, net zero was good for the planet, good for voters, good for the economy. But under current Prime Minister Rishi Sunak, the messaging has transformed. Net zero remains the target — but it comes with a “burden” on working people.

    In a major speech this fall, Sunak rolled back plans to ban new petrol and diesel car sales by 2030, bringing the U.K. into line with the EU’s 2035 date. With half an eye on Germany’s travails, he said millions of households would be exempted from the gas boiler ban expected in 2035.

    In making his arguments for a “pragmatic” approach to net zero, Sunak frequently draws on the talking points of net zero-skeptics. Why should the citizens of the U.K., which within its own borders produces just 1 percent of global emissions, “sacrifice even more than others?” 

    The danger, said one EU climate diplomat — granted anonymity to discuss domestic policy of an allied country — was that other countries around the COP28 negotiating table would hear that kind of rhetoric from a capital that had led the world — and repurpose it to make their own excuses.

    Sunak’s predecessor May sees similar risks.

    “Nearly a third of all global emissions originate from countries with territorial emissions of 1 per cent or less,” May said. “If we all slammed on the brakes, it would make our net zero aspirations impossible to achieve.”

    Trump’s back

    The U.S., the largest producer of industrial carbon pollution in modern history, has been a weathervane on climate depending on who controls its governing branches.

    When Republicans regained control of the U.S. House of Representatives in 2022, it created a major drag on Biden’s promise to provide $11.4 billion in annual global climate finance by 2024.

    Securing this money and much more, developing countries say, is vital to any progress on global climate goals at COP28. Last year, on the back of the pandemic and the energy price spike, global debt soared to a record $92 trillion. This cripples developing countries’ ability to build clean energy and defend themselves against — or recover from — hurricanes, floods, droughts and fires.

    Even when the money is there, the politics can be challenging. Multibillion-dollar clean energy partnerships that the G7 has pursued to shift South Africa, Indonesia, Vietnam and India off coal power are struggling to gain acceptance from the recipients.

    Yet even more dire consequences await if Trump wins back the presidency next year. 

    A Trump victory would put the world’s largest economy a pen stroke away from quitting the Paris Agreement all over again — or, even more drastically, abandoning the entire international regime of climate pacts and summits. The thought is already sending a chill: Negotiations over a fund for poorer countries’ climate losses and damage, which Republicans oppose, include talks on how to make its language “change-of-government-proof” in light of a potential Trump victory, said Michai Robertson, lead finance negotiator for a bloc of island states.

    More concretely for reining in planet-heating gases, Trump would be in position to approve legislation eliminating all or part of the Inflation Reduction Act. Biden’s signature climate law included $370 billion in incentives for clean energy, electric vehicles and other carbon-cutting efforts – though the actual spending is likely to soar even higher due to widespread interest in its programs and subsidies – and accounts for a bulk of projected U.S. emissions cuts this decade.

    Trump’s views on this kind of spending are no mystery: His first White House budget director dismissed climate programs as “a waste of your money,” and Trump himself promised last summer to “terminate these Green New Deal atrocities on Day One.”

    House Republicans have attempted to claw back parts of Biden’s climate law several times. That’s merely a political messaging effort for now, thanks to a Democrat-held Senate and a sure veto from Biden, but the prospects flip if the GOP gains full control of Congress and White House.

    Under a plan hatched by Tubiana and backed by former New York Mayor Michael Bloomberg, countries would in the future log their state and local government climate plans with the U.N., in an attempt to undergird the entire system against a second Republican blitzkrieg.

    The U.S. isn’t the only place where climate action is on the ballot, Benton told the conference at Chatham House on Nov. 1.

    News on Sunday that Argentina had elected as president right-wing populist Javier Milei — a Trump-like libertarian — raised the prospect of a major Latin American economy walking away from the Paris Agreement, either by formally withdrawing or by reneging on its promises.

    Elections are also scheduled in 2024 for the EU, India, Pakistan, Taiwan, Sri Lanka, Indonesia and Russia, and possibly the U.K. 

    “A quarter of the world’s population is facing elections in the next nine months,” he said. “If everyone goes to the right and populism becomes the order of the day … then I won’t hold out high hopes for Paris.”

    Zack Colman reported from Washington, D.C. Suzanne Lynch also contributed reporting from Brussels.

    This article is part of the Road to COP special report, presented by SQM. The article is produced with full editorial independence by POLITICO reporters and editors. Learn more about editorial content presented by outside advertisers.

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  • Good for Girls and Good for the Planet: Eco-Friendly Sanitary Towels

    Good for Girls and Good for the Planet: Eco-Friendly Sanitary Towels

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    Stephany Musombi and engineers preparing the banana stems for processing at KIRDI. Credit: Wilson Odhiambo/IPS
    • by Wilson Odhiambo (nairobi)
    • Inter Press Service

    Kisato is a lecturer at the Kenyatta University (KU), Fashion Design and Marketing, currently working on a project to develop affordable and eco-friendly sanitary towels while also finding a solution for sustainable packaging materials.

    Kisato’s venture started out to help communities get a source of employment through the commercialization of banana stems – products that were considered useless by farmers and would usually be left to rot away on farms.

    After the Kenyan government enforced a ban on the use of plastic bags in 2018, there was a need to find immediate alternatives.

    Plastic bags were a necessity for grocers and fast-food vendors, an item that made it easy for customers to carry their goods home. Despite their advantage, however, their negative impact on the environment could no longer be overlooked.

    ‘’I started looking at this project from an entrepreneurship point of view on how I could commercialize banana stem fibers. The government had just banned single-use plastic bags, and market vendors needed alternatives to serve their customers,’’ Kisato told IPS.

    ‘’Poorly disposed sanitary towels also formed part of the pollution problem since they were composed of plastic,’’ she added.

    According to Kisato, however, her need to empower women and young girls through affordable sanitary towels was something that she always had in mind after noticing the struggles that school-going girls went through.

    ‘’While walking along the hallways one day, a student on campus stopped me and asked if I could help her with a packet of sanitary pads. This incident shocked me as for a long time, I had assumed ‘period poverty’ was only experienced amongst high school children,’’ Kisato said.

    Kisato and her research team interviewed 400 high school girls from Gatundi, Kibera, and Kawangware, where they found out that more than 50 percent of the girls in these low-income areas could hardly afford sanitary pads even when at home.

    This did not sit well with the don as she felt something needed to be done about it.

    It was while researching alternatives to plastic bags that she realized that she could solve two problems at the same time.

    Kisato, therefore, applied for the National Research Fund (NRF) in 2018 with the aim of developing eco-friendly plastic bags and sanitary towels. Her wish came through when NRF granted Kenyatta University Ksh.9 million (about US $ 61,623) in 2020, with her taking the lead as the principal investigator in the project.

    Her team is made up of scholars from different departments and institutions and also includes Ph.D. and master’s students, with each one of them playing a major role in seeing the project through.

    ‘’I lead a team of engineers from the Kenya Industrial Research and Development Institute (KIRDI), whose task is to reverse engineer machines that can extract fiber from banana stems and use them to create eco-friendly packaging and sanitary towels,’’ she explained. “I also have researchers from Moi University whose work was to turn the extracted fiber into soft materials for use.”

    Kisato’s aim was to produce quality sanitary towels that could compete with what was already in the market while still being eco-friendly, a fact that led her to seek the expertise of Edwin Madivoli, a chemistry lecturer at the Jomo Kenyatta University of Agriculture and Technology (JKUAT).

    According to Kisato, the towels on the market have a component in them called hydrogel, which enables them to retain fluids for longer, and were also lined with plastic sheets to prevent any leakage. Our intention is to replicate the same but use bioplastic materials, which can degrade as opposed to the normal plastic that is being used.

    From her research, Kisato also discovered that Africans, on average, wore sanitary towels for longer as compared to women and girls from developed countries and were thus at risk of getting bacterial infections. This was due to limited access and affordability in Africa.

    ‘’The recommended period for one to have on a sanitary pad is about three hours, which means that it should be changed at least three times a day to avoid any risk of infections. This is, however, not the case for many girls in Africa due to poverty,’’ Kisato explained to IPS.

    ‘’We thought adding anti-microbial properties to our product would therefore make it as good or even better than what was in the market,’’ said Kisato.

    The research team also found out that there were a lot of myths surrounding menstrual flow among young girls, a fact that led to a lot of stigmatization, which made it difficult for them to understand how to use sanitary towels properly.

    Some of the notable ideas that girls told each other concerning menstrual flow included:

    1. It is a curse from God
    2. Girls who had periods were considered dirty and impure
    3. Their faces would become pale from losing blood

    ‘’These are beliefs that need to be done away with by encouraging parents and the government to speak about monthly periods with young girls openly,’’ Kisato said.

    For the second phase of the project, Madivoli’s chemistry expertise came in handy, and the Research Scholarship and Innovation Fund (RSIF) was happy to add an additional Ksh.9 million (about USD 59,000) for Kisato to continue what she had started.

    ‘’My role is to ensure our sanitary pads are of the same quality as what is in the market while at the same time maintaining an eco-friendly nature, which is the main agenda of this whole project,’’ Madivoli told IPS.

    ‘’I am tasked with the development of hydrogels, production of bioplastics, and finding a way to incorporate anti-microbial properties into our products to protect the users from possible infections,’’ he said.

    JKUAT received funding of Ksh.800,000 (about US $ 5477) from the Kenya National Innovation Agency (KENIA) to further help Madivoli with this research.

    “As they are left to dry up on the farms, banana stems are known to produce large amounts of methane, which is a harmful greenhouse gas that contributes to the climate change problems that we are trying to tackle, added Madivoli. ‘”Having an alternative use for the stems therefore limits the greenhouse effect in the atmosphere.’’

    Madivoli said that most banana farmers usually do not know what to do with the stems once they have done their harvest, and this project gives them a way to earn some extra income as they expect to buy the stems from them at Ksh.35 per stem.

    “This project will not only be environmentally friendly but will also create jobs for the people who go to cut the stems from the farms while also finding use for the biomass that the farmers thought was useless,’’ he concluded.

    Once it is up and running, they expect to source banana stems from counties such as Kisii, Muranga, Embu, Meru, and parts of western Kenya.

    Stephany Musombi is one of Kisato’s students specializing in textiles whose task in the project is to come up with quality packaging materials.

    ‘’Apart from the banana fiber, I am also experimenting with other biomass such as pineapple and seaweed,’’ Musombi told IPS. If I can find a way to make this work, the project will open up a market for seaweed and pineapple biomass.

    Kisato’s project could not have picked a better time there is an international joint push for green solutions to help mitigate climate change. On September 4, 2023, Kenya also played host to the climate summit that attracted leaders from across Africa.

    Kenya’s president, William Ruto, drove himself in a tiny electric car to the Kenyatta International Convention Centre (KICC), where he challenged the African leaders and innovators to find sustainable solutions to their daily activities that can help them reduce the carbon print in the continent and globally.

    ‘’Africa can power all energy needs with renewable resources. The continent has enough potential to be entirely self-sufficient using wind, solar, geothermal, sustainable biomass, and hydropower energy. Africa can be a green industrial hub that helps other regions achieve their net zero strategies by 2050,’’ Ruto said at the summit.

    Kisato expects her product to hit the market later this year, where she plans to make it more affordable for all. Her intention is to team up with startups or established companies that deal with toiletries.

    ‘’The cheapest sanitary packet in the market costs Ksh.140. We expect ours to go as low as Ksh.100, Kisato,’’ concluded.

    Kenyatta University’s Vice Chancellor, Paul Wainaina, lauded the project, stating that it will enable the country to meet its industrial needs while conserving the environment.

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  • Community Solutions Combat Water Shortages in Peru’s Highlands

    Community Solutions Combat Water Shortages in Peru’s Highlands

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    Fermina Quispe (fourth from the right, standing) poses for photos together with other farmers from the Women’s Association of Huerto de Nueva Esperanza, which she chairs and with which she promotes crop irrigation with solar pumps in her community, Llarapi Chico, located more than 4,000 meters above sea level in the municipality of Arapa in the southern Peruvian highlands of the department of Puno, a region badly affected by drought. CREDIT: Courtesy of Jesusa Calapuja
    • by Mariela Jara (lima)
    • Inter Press Service

    Llarapi Chico, the name of her community, belongs to the district of Arapa in the southern Andean department of Puno, one of the 14 that the government declared in emergency on Oct. 23 due to the water deficit caused by the combined impacts of climate change and the El Niño phenomenon.

    Arapa is home to 9,600 people in its district capital and villages, most of whom are Quechua indigenous people, as in other districts of the Puna highlands.

    With a projected population of more than 1.2 million inhabitants, less than four percent of the estimated national population of over 33 million, Puno has high levels of poverty and extreme poverty, especially in rural areas.

    According to official figures, in 2022 the poverty rate in the department stood at 43 percent, compared to 40 percent and 46 percent in 2020 and 2021, respectively – years marked by the impact of the COVID-19 pandemic. The recession of the Peruvian economy could drive up the poverty rate this year.

    In addition, Puno was shaken by the impunity surrounding nearly 20 deaths during the social protests that broke out in December 2022 demanding the resignation of interim President Dina Boluarte, who succeeded President Pedro Castillo, currently on trial for attempting to “breach the constitutional order”.

    The United Nations issued a report on Oct. 19 stating that human rights violations were committed during the crackdown on the protests, one of whose epicenters was Puno.

    Fermina Quispe is president of the Women’s Association of Huerto de Nueva Esperanza, which is made up of 22 women farmers who, like her, are getting involved in agroecological vegetable production with the support of the non-governmental organization Cedepas Centro.

    The 41-year-old community leader spoke to IPS in Chosica, on the outskirts of Lima, while she participated in the Encuentro Feminismos Diversos por el Buen Vivir (Meeting of Diverse Feminisms for Good Living), held Oct. 13-15.

    With a soft voice and a face lit up with a permanent smile, Quispe shared her life story, which was full of difficulties that far from breaking her down have strengthened her spirit and will, and have helped her to face challenges such as food security.

    As a child she witnessed the kidnapping of her father, then lieutenant governor (the local political authority) of the community of Esmeralda, where she was born, also located in Arapa. Her father and her older brother were dragged away by members of the Maoist guerrilla group Sendero Luminoso (Shining Path), which unleashed terror in the country between 1980 and 2000.

    “A month later we found my father, they had tortured him and gouged out his eyes. My mother, at the age of 40, was left alone with 12 children and raised us on her own. I finished primary and secondary school but I couldn’t continue studying because we couldn’t afford it, we had nowhere to get the money,” she recalls calmly. Her brother was never heard from again.

    She did not have the opportunity to go to university where she wanted to be trained as an early childhood education teacher, but she developed her entrepreneurial skills.

    After she married Ciro Concepción Quispe – “he is not my relative, he is from another community,” she clarifies- they dedicated themselves to family farming and managed to acquire several cattle and small livestock such as chickens and guinea pigs, which ensured their daily food.

    Her husband is a construction worker in Arapa and earns a sporadic income, and in his free time he helps out on the farm and in community works.

    Their eldest daughter, Danitza, 18, is studying education at the public Universidad Nacional del Altiplano in Puno, the departmental capital, where she rents a room. And the youngest, 13-year-old Franco, will finish the first year of secondary school in December. His school is in the town of Arapa, a 20-minute walk from their farm.

    Fermina managed to build “my own little house” on a piece of land she acquired on her own and outside of her husband’s land, in order to have more autonomy and a place of her own “if we have conflicts,” she says.

    She also began to look for information about support for farming families, bringing together her neighbors along the way. This is how the association she now presides over came into being.

    However, the drought, which has not let up since 2021, is causing changes and wreaking havoc in their lives, ruining years of efforts of families such as Fermina’s.

    “We have a water crisis and the families are very worried. We are not going to have any production and the cattle are getting thin, we have no choice but to sell. A bull that cost 2,000 soles (519 dollars) we are selling off for 500 (129 dollars). The middlemen are the ones who profit from our pain,” she says.

    Solar water pumps

    In the face of adversity, “proposals and action” seems to be Quispe’s mantra. She wants to strengthen her vegetable production for self-consumption and is thinking about growing aromatic herbs and flowers for sale. To do so, she needs to ensure irrigation in her six-by-thirteen-meter highland greenhouse where she uses agroecological methods.

    During her participation in Cedepas Centro’s training activities, she learned about solar water pumps, which make it possible to pump water collected in rustic wells called “cochas” to gardens and fields. She has knocked on many doors to raise funds to set up solar water pumps in her community.

    “Fermina’s gardens and those of 14 other farmers in her community now have solar pumps for irrigation and living fences made of Spanish broom (Cytisus racemosus),” José Egoavil, one of the experts in charge of the institution’s projects, told IPS.

    “They are small pumps that run on 120- to 180-watt solar panels,” he says in a telephone interview from Arapa.

    He explains that the solar panel is connected to the pump, which sucks the water stored in the wells that the families have dug, or in the “ojos de agua” – small natural pools of springwater – present on some farms. Thus, they can irrigate the vegetable crops in their greenhouses, and the living fences.

    “It is a sustainable technology, it does not pollute because it uses renewable energy and maintenance is not very expensive. In addition, the families give something in return, which makes them value it more. Of the total cost of materials, which is about 900 soles (230 dollars), they contribute 20 percent, in addition to their labor,” he says.

    Egoavil, a 45-year-old anthropologist, has lived in Arapa for three years. He is from Junín, a department in the center of the country where Cedepas Centro, an organization dedicated to promoting food security and sustainable development in the Andes highlands of central and southern Peru, is based,

    “The focus of our work is on food security and a fundamental issue is water for human consumption and production. There have already been two agricultural seasons in which we have harvested much less and we are about to start a new one, but without rain the forecasts are not encouraging,” he says.

    Given the water shortage, they have promoted the community participation of families in emergency projects such as solar pumps, which help to ensure their food supply.

    In addition, long-range water seeding and harvesting works are underway, such as the construction of infiltration ditches at the headwaters of river basins.

    The participation of small farming families is the driving force behind the works and they are responsible for identifying the natural water sources for their conservation and the construction of the ditches that will prevent the water from flowing down the hills when it rains.

    “The ditch is like a sponge that retains water, but if it doesn’t rain, we don’t know what will happen,” says Egoavil.

    Learning to harvest water

    Jesusa Calapuja, a 27-year-old veterinarian born in Arapa, is one of the people in charge of technical assistance in agroecological production, planting and water harvesting at Cedepas Centro.

    Using the Escuela de Campo (countryside school) methodology, she travels by motorcycle to the different communities where she interacts with farming families. She came with Fermina Quispe to the feminist meeting in Chosica, where IPS interviewed her.

    Calapuja also notes changes in the dynamics of the population due to water scarcity. For example, their production no longer generates surpluses to be sold at the Sunday markets; it is barely enough for their own sustenance.

    “They don’t have the income to buy what they need,” she says.

    She also notices that at training meetings, women and men no longer bring their boiled potatoes or soup made with the oca tuber, or roasted corn for snacks, but only chuño (dehydrated potatoes) or dried beans. The scarcity of their tuber and grain production is evident in their diets.

    But Fermina Quispe hastn’t lost her smile in the face of adversity and is confident that her new skills will help the women in her community.

    “Our great-great-grandparents harvested water, made terraces and dams; we have only been harvesting, collecting and using. But it won’t be like that anymore and we are taking advantage of the streams so the water won’t be lost. We only hope that the wind does not carry away the rain clouds,” she says hopefully.

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  • Seniors Thriving Through Plastic Waste in Zimbabwe

    Seniors Thriving Through Plastic Waste in Zimbabwe

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    Tabeth Gowere (76) makes extra cash from weaving plastic waste. A group of seniors started weaving plastic out of a need to improve the environment and make some extra cash. Credit: Jeffrey Moyo/IPS
    • by Jeffrey Moyo (harare)
    • Inter Press Service

    Such are the lives of the country’s senior citizens, like 76-year-old Tabeth Gowere and 81-year-old Elizabeth Makufa, both hailing from Harare’s Glenora high-density suburb, where they become famous as plastic waste collectors.

    Gowere and Makufa, thanks to plastic waste, now care for themselves financially despite their old age, so they said.

    “At first, we saw plastic waste just being flown around by the wind, and we started to pick these, cleaning the environment, burning it, but later realized we could make something out of these plastics and earn money.  So, using plastic waste, we started weaving different things, including mats to decorate sofas. Many people were impressed by our work, and they started placing orders for the plastic products we were making,” Gowere told IPS.

    Makufa, like Gowere, has also seen gold in the dumped plastic waste.

    “We say this is waste, but from it, we find something that is helping us to sustain us in life. I make 30 US dollars daily at times from selling the products I make from plastic waste, which means at least I get something to survive,” Makufa told IPS.

    The young are learning from the lessons from the senior plastic waste entrepreneurs – like 40-year-old Michelle Gowere.

    “Weaving things using plastics is a skill I learned from my mother-in-law, Mrs Gowere. We spend time together daily, and because of this, I ended up learning the skill from her; this is helping me to, at least, help my children with food to carry in their lunch boxes when they go to school,” Michelle told IPS.

    To Michelle’s mother-in-law and many others, the environment has been the secondary beneficiary of the geriatrics’ initiative collecting plastic waste.

    “You would see that in our area, waste collectors from the council rarely come to empty the refuse bins. So, as we use plastic waste to make our products, we are making our environment clean,” Michelle told IPS.

    Zimbabwe Environmental Management Agency (EMA) about 1.65 million tonnes of waste are produced annually in Zimbabwe, with plastic making up 18 percent of that.

    However, Makufa says it was not the love of money that swayed them into getting into plastic waste but improving the environment.

    “It was not because we lacked money that we turned to collecting plastic waste, but we copied some people who were doing it, and we started doing the same. We thought of removing plastic waste from our environment, and we told ourselves if we could take those plastics and weave them together, we could have impressive products that we could sell and earn some money,” Makufa told IPS.

    As the group of elderly people are making a difference in collectively fighting plastic waste, the local authorities welcome their contribution but add that it is everybody’s responsibility to care for the environment.

    “The job of caring for the environment is not a responsibility of the council alone. In fact, it is the duty of everyone to make sure where they live there is cleanliness. As a council, we thank people who are beginning to realize that there is money in plastic waste. It’s not every waste that should be dumped; there is what we call recycling, and some people make money from it, but the duty to take care of our surroundings is not a prerogative of the council, but ordinary people as well,” Innocent Ruwende, Harare City Council spokesperson, told IPS.

    Priscilla Gavi, director of Help Age Zimbabwe, a non-governmental organization mandated to take care of the elderly’s needs, says the elderly, too, are critical in the fight against plastic waste.

    “Old age does not make someone incapable of supporting their families and taking care of themselves. It doesn’t stop the aged from working for their country. In fact, old age gives people opportunities to use skills gained during their prime ages, and they, for instance, make use of plastics, producing different things for sale from plastic waste as they also rid the environment of the plastic waste,” Gavi told IPS.

    Yet for many like Makufa, collecting plastic waste has also turned out to be therapeutic in addition to being an economic venture.

    “These things that we make with our own hands using plastic waste help us to rest from mental stress owing to problems we have these days that strain us psychologically. So, this helps us to be always occupied and refrain from overthinking about things we don’t have control over,” said Makufa.

    According to the Environmental Management Agency (EMA), an estimated 1.65 million tonnes of waste are produced annually in Zimbabwe, with plastic making up to 18 percent of that.

    Gowere and Makufa and other elderly recyclers and plastic entrepreneurs have drawn the admiration of organizations like EMA.

    “This is a commendable initiative that is promoting upcycling of waste and upscaling recycling as a business. This reduces the amount of waste that ends up in landfills and the environment. Plastic waste takes hundreds of years to decompose, and it releases harmful toxins into the environment when burned,” Amkela Sidange, spokesperson for EMA, told IPS.

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  • Insider Expos頯f ESG Greenwashing

    Insider Expos頯f ESG Greenwashing

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    • Opinion by Jomo Kwame Sundaram (kuala lumpur, malaysia)
    • Inter Press Service

    Wall Street whistle-blowerTariq Fancy was Chief Investment Officer (CIO) for Sustainable Investing at BlackRock, managing over $9 trillion in assets. Founded in 1988, headquartered in New York City, and with the world’s largest investment portfolio, BlackRock can move financial markets.

    Rejecting ‘stakeholder capitalism’, shareholder capitalism guru Milton Friedman long emphasized that a corporation’s primary and sole duty is to maximize profits for shareholders.

    Managers are legally required to prioritize shareholder financial interests above all else. This means corporations must never sacrifice profits or their funds, however noble the cause.

    Ethical or responsible actions can only be justified if they enhance ‘shareholder value’. Thus, companies can take morally desirable actions to improve their ESG ratings only if and when they enhance profitability.

    As Friedman emphasized, corporate executives have strict fiduciary responsibilities under the law in ‘shareholder capitalism’ in the US, UK and elsewhere. Their managerial obligations and conduct thus limit potentially positive ESG impacts.

    Prioritizing their corporate fiduciary duties above all else, they cannot enhance social or environmental benefits without maximizing returns for shareholders. By law, social, community or national ethical duties or moral values must always be secondary.

    Is green financing progressive?
    Corporate practices respond to changing understandings of profit-maximization in the medium to long-term. With changing national and international requirements, companies may be able to maximize long-term financial gains by investing in sustainability.

    Thus, investing in green transitions – e.g., renewable energy or re-afforestation – can become profitable in the longer-term if the regulatory environment changes soon enough to sufficiently change incentives for long-term investments.

    So, long-term profitability can be enhanced at the expense of short-term gains if conducive regulations, incentives and deterrents are introduced early enough.

    Companies changing to more environmentally sustainable practices – like adopting solar panels, investing in re-afforestation, or other green initiatives – may thus become more profitable over the longer-term.

    But ‘business-as-usual’ investments are still likely to yield more short-term gains in the near-term. And stock markets are more interested in short-term corporate performance, undermining longer-term profitability considerations. Thus, short-termist corporate governance norms deter green transitions.

    Do green bonds accelerate green transitions?Larry Lohmann has shown how difficult it is to confirm that finance raised by companies issuing ‘green bonds’ is actually additional. It is often difficult to verify such bonds are funding new projects that would not have happened anyway.

    Sometimes, companies had already planned to make certain investments using conventional financing. With ready access to such finance, they would not have issued green bonds if not for the pecuniary advantages of doing so.

    In such circumstances, green bonds have the same results as conventional finance if not for the incentives to claim otherwise. Hence, green bonds cannot claim credit for green investments and transitions if they would have happened anyway by other means.

    This raises larger questions about the supposedly transformative impact of green bonds. Companies may even obscure environmentally unsustainable or even harmful practices by bundling them together with ostensibly ‘green’ investments.

    Thus, green bonds may finance certain genuinely sustainable or environment-friendly projects without changing the rest of their investment portfolios and business practices.

    Stock market discipline?
    Despite lacking strong supportive empirical evidence, advocates claim ESG-compliant stocks outperform non-compliant ones in the share market. Similarly, they claim such compliance improves overall ESG indicators and contributes significantly to achieving the Sustainable Development Goals.

    But there is no strong evidence that ESG-inspired stock market or corporate strategies have improved the environment, society or governance. After all, shareholders and companies prioritize short-term financial goals over longer-term considerations, including ESG and long-term profitability.

    Divestment of shares in companies which are not ESG-compliant may only have limited impact if others buy non-compliant stocks, especially after their prices have fallen.

    Also, even if some investors sell their shares in companies which are not ESG-compliant, it is unlikely the stock market will ‘green’ corporate behaviour more broadly.

    Such stocks are mere drops in the ocean of wealth and finance, and one cannot realistically expect the tail to ‘wag the dog’. In 2021, the world economy had $360 trillion worth of wealth, with nearly $6 trillion in private equity.

    Disciplining companies
    Divestment means selling shares and thus losing ‘voice’ in company governance. But for shareholder engagement, it is necessary to retain stock ownership. Holding stock gives shareholders voice which can be used to try to pressure companies to be more ESG-compliant.

    Without financially damaging effects for its reputation and share price, a company would not be compelled to become more ESG-compliant. Only significant stock price collapses – following massive share divestment due to reputational damage – are likely to motivate companies to become ESG compliant.

    Undoubtedly, adverse publicity for particular companies hurts their stock prices, at least temporarily. And this may force companies to improve their behaviour. But such success implies a ‘name and shame’ approach – not ESG-compliance – can be effective.

    And while some share prices may be more sensitive to adverse ESG publicity in some societies, there is no strong evidence this is true everywhere. Nor is there any strong evidence that systematic ESG reporting has generated desirable outcomes in most societies.

    Divestment may not strongly affect company profitability or share prices. But actions such as consumer boycotts directly influence company revenue and financial performance. This may prompt strong corporate responses due to their impacts on companies’ ‘bottom lines’.

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  • Innovative Business Models, Critical for African Governments to Unlock Carbon Markets

    Innovative Business Models, Critical for African Governments to Unlock Carbon Markets

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    Carbon credits in Africa can be generated by projects that curb emissions with a major focus on switching to renewable sources such as solar energy. Nasho solar power plant in Eastern Rwanda. Credit: Aimable Twahirwa/IPS
    • by Aimable Twahirwa (nairobi)
    • Inter Press Service

    The compliance market in Africa, according to experts, is critical for countries to establish a carbon price through regulations to control the supply of allowances that are then distributed by national and regional regimes.

    “It is all about getting the business model right (…) the capability of African Governments is there very central to having the right kind of information and investing in local business models,” Mahua Acharya, the Chief Executive Officer of C-Quest Capital (CQC), one of the world-leading carbon finance company told IPS.

    Currently, African leaders are pushing market-based financing instruments, such as carbon credits which can be generated by projects that curb emissions with a major focus on switching to renewable energy sources.

    Carbon market initiative allows polluters to offset their greenhouse gas emissions by investing in development or initiatives such as tree-planting or renewable energies. Nevertheless, experts point out that they are still cheaper to purchase in Africa due to poor regulations and weak policies.

    Renewable energy was at the heart of discussions at the 2023 Africa Climate Summit (ACS) in Nairobi, Kenya, and shifting away from centralized fossil fuel energy towards people-centred green energy sources is now seen as the single most effective way to expand the continent’s participation in voluntary carbon markets.

    The African initiative’s goal is to produce 300 million new carbon credits annually by 2030, comparable to the number of credits issued globally in voluntary carbon offset markets in 2021.

    “This is a very ambitious target and a fantastic opportunity for Africa to set the course,” Mahua said in an exclusive interview.

    Article 6 of the Paris Agreement’s rulebook governing carbon markets gives countries a right to emit carbon dioxide at an agreed price per tonne, but one of the major challenges facing most African countries is the lack of appropriate strategies to earn money on these carbon markets.

    The latest report on carbon markets and climate finance by the Eastern Africa Alliance shows that Burundi, Ethiopia, Kenya, Rwanda, Sudan, Tanzania, and Uganda are currently scaling up carbon credit production via voluntary carbon market activation plans.

    Under the new move, internationally traded credits between governments and private sector players are acceptable under Article 6 of the Paris Agreement.

    For example, Rwanda, as one of the few countries that expressed willingness to begin trading in voluntary carbon markets, is currently exploring key strategic sectors in which projects that reduce carbon emissions can be designed to sell credits on the carbon market. Officials emphasize that the major focus will be on renewable energy, the country leveraging on the carbon market as the source of climate finance.

    However, some experts point out that such projects and programs need to be “authorized” to avoid the same carbon credit being sold twice.

    “Voluntary approach is vulnerable to the decisions of corporate entities to meet their net zero goals – which is fine, but shaky if you think that countries should be basing economic planning decisions around this,” Acharya said.

    Carbon finance – the revenue from the sale of carbon emission reduction linked with mitigation activities – is a green growth opportunity for many developing and emerging economy countries.

    On the sidelines of the Africa Climate Summit in Nairobi earlier this month, some activists rejected carbon markets, describing them as “false solutions and narratives that undermine African communities’ rights, interests and sovereignty.”

    The Executive Director of the Pan African Climate Justice Alliance (PACJA), Mithika Mwenda, told IPS that he was disappointed that the principle of shared responsibility was a missing point.

    “The initiative seems to be promoted by powerful interests who benefit from maintaining the status quo of fossil fuel dependence,” he said.

    While Mithika is convinced that, in most cases, these carbon market investments do not serve the climate justice imperatives for Africa, Acharya points out that different African countries are at different stages of preparedness and clarity towards putting carbon markets to work.

    “These carbon finance transactions are very precious to many African countries because they are forex-based and provide a good degree of risk mitigation,” Acharya said.

    The latest Africa Environment Outlook for Business by the United Nations Environment Programme (UNEP) shows that Africa could become a trailblazer in renewable energy solutions, with abundant solar, wind, hydro, biomass, and geothermal resources that may contribute to a 6.4 per cent increase in GDP from 2021 to 2050.

    Businesses in the energy efficiency sector can provide products and services, such as lighting systems, smart buildings, and efficient industrial processes on the continent, it said.

    While Carbon markets are seen as an incredible opportunity to unlock billions for the climate finance needs of African economies while expanding energy access, some carbon credit experts stress the need for the African Union (AU) as a continental body to position itself economically on equal footings with other major economic blocks.

    “There are thousands of billions of dollars are being allocated as loans on high-interest terms to poor countries seeking help to cope with climate change impacts,” said Adhel Kaboub, Associate Professor of economics at Denison University in Ohio, USA, and the president of the Global Institute for Sustainable Prosperity.

    “Through these schemes, Africa cannot continue to play the role of source of cheap raw materials while serving as a large consumer market for the Global North,” he said.

    Rwanda is among the countries planning to use carbon markets to meet their Nationally Determined Contributions (NDCS) to the Paris Agreement.

    Currently, the Clean Development Mechanism (CDM) and Voluntary Carbon Market (VCM) are the two operational mechanisms allowing the country to earn carbon credit units by reducing greenhouse gas emissions.

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  • Navigating Challenges of New City Development for Nusantara, Indonesias Future Capital

    Navigating Challenges of New City Development for Nusantara, Indonesias Future Capital

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    Credit: Asian Development Bank
    • Opinion by Omar Sidique – Diani Sadiawati – Diandra Pratami (bangkok, thailand)
    • Inter Press Service

    The government aims to create a model capital city based on the principles of liveability and green urban development on the island of Borneo.

    Indonesia seeks to relocate its capital due to flooding, land subsidence, overpopulation and congestion in Jakarta, located on the island of Java, where 60 per cent of the country’s population of close to 280 million lives.

    Nusantara will also play a role in rebalancing the country’s economy, and redistributing economic growth outside Java. But how can the government get such a complex endeavor right?

    In this article, we explore how planners of Nusantara are leveraging a UN-supported mechanism, called the Voluntary Local Review (VLR), to promote sustainability and uphold human rights. VLRs are typically performed by authorities of existing subnational administrative areas such as provinces and cities.

    Nusantara will be the first VLR for a new city ever undertaken – in order for authorities to integrate sustainability actions and key principles such as leaving no one behind already during the development stage.

    Valuable lessons from other new Asian cities

      • Malaysia’s sustainable approach: Putrajaya, just south of Kuala Lumpur, was designed as an intelligent garden city. Its planning emphasizes green and sustainable development. Rather than separating indigenous residents from their traditional land, it incorporated existing Malay villages into the plan. The lesson here is that new capital cities should prioritize local land rights and sustainability through green infrastructure. Such initiatives contribute to a better quality of life and environmental preservation.
      • Republic of Korea’s phased development: Sejong City’s incremental approach to its development as an administrative capital is a testament to the advantages of not rushing construction and drawing from lessons learned throughout the process. It was created to decentralize economic and political power away from Seoul. It also showcases the importance of designing new capital cities with resilience to climate change in mind, given the increasing threats of extreme weather events.
      • Kazakhstan’s sustained investments: Astana’s development and transformation as a capital city involved substantial investment in infrastructure, including the futuristic Norman Foster-designed Khan Shatyr Entertainment Center and the Bayterek Tower. One key lesson is that comprehensive urban planning, including spatial integration of transportation, housing, green spaces and public services, are crucial. Astana’s transformation into a thriving city of 1.3 million demonstrates the importance of having a clear, long-term vision.

    Seven key takeaways for Nusantara’s way forward

    Nusantara is learning from these examples by leveraging sustainability in its master planning and closely working with ESCAP, the UN Country Team in Indonesia and the Asian Development Bank to prepare a baseline VLR report as a tool for fostering inclusive, sustainable and rights-based development.

      1. Transparency and accountability: The VLR promotes transparency by providing detailed information about the progress and challenges faced in implementing the new capital. This transparency can help build trust among stakeholders, including the public, investors and government agencies. The VLR can demonstrate how the new capital’s development aligns with global goals.
      2. Assessment of progress: The VLR can evaluate the sustainability of the new capital, including its expected environmental impact and efforts to promote sustainable practices. Nusantara aims to be a “sustainable forest city” with 25 per cent built up urban area, 65 per cent tropical forest through reforestation and 10 per cent parks and food production areas. The plan aims to conserve much of Nusantara’s tropical forest, allowing the city to be a net carbon sequestration sink before 2030 along with the goal to be a carbon neutral city by 2045.
      3. Data-driven decision making: By collecting and presenting data on the new capital’s development in one place, the VLR can facilitate integrated data-driven decision-making. It can help policymakers identify trends and make informed choices regarding resource allocation and policy adjustments. In this process, the VLR requires municipal government departments to effectively work together and break down silos.
      4. Stakeholder engagement: Indigenous communities live on the site, including approximately 800 families of the Balik people. The VLR can highlight the importance of involving local communities in the planning and implementation process. It can document community feedback and demonstrate how their input has been considered and make recommendations for institutionalizing stakeholder engagement processes.
      5. Attracting investment: The cost estimate for Nusantara is $33 billion (Rp466 trillion), with the state budget only able to cover up to 19 per cent of the cost. Investors often look for transparent and well-documented information when considering investments. A VLR can serve as a tool to attract both domestic and international investors by showcasing the potential and progress of the new capital.
      6. International collaboration: Sharing a VLR report with international organizations and other countries can open avenues for benchmarking, collaboration and support. This can include financial aid, technical assistance, and knowledge exchange.
      7. Risk mitigation: Identifying risks and challenges in the VLR allows for proactive mitigation strategies. This can help prevent delays and cost overruns in the development process.

    While significant attention is focused on Nusantara, it’s clear that relocating administrative functions may not address all social and environmental problems in Jakarta, especially for those most vulnerable.

    The development of Nusantara has the potential to help Jakarta address its longstanding problems by relieving population pressure, improving infrastructure and setting an example for sustainable urban development. However, the success of this endeavor will depend on careful planning, infrastructure investment, and effective governance.

    Omar Sidique is Economic Affairs Officer, UN Economic and Social Commissions for Asia and the Pacific; Diani Sadiawati is Special Staff to the Head, Nusantara Capital City Authority, Government of Indonesia; and Diandra Pratami is Development Coordination Officer, UN Resident Coordinator’s Office, Indonesia

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  • Civil Society Organizations Unite to Urge Public Development Banks to Change the Way Development Is Done

    Civil Society Organizations Unite to Urge Public Development Banks to Change the Way Development Is Done

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    • Opinion by Bibbi Abruzzini (cartagena, colombia)
    • Inter Press Service

    The global coalition’s message is clear: when it comes to financing for development, principles of rights, justice, sustainability, transparency, accountability and dignity for all cannot remain mere slogans. They must form the core of all projects undertaken by all Public Development Banks.

    The Finance in Common Summit has become a pivotal platform for Public Development Banks from around the world. The fact that this year’s summit is taking place in Cartagena, Colombia, the deadliest country in the world in 2022 for human rights, envrionmental and indigenous activists, development banks must acknowledge and integrate the protection of human rights into their projects.

    “Development banks are advocating to play an even bigger role in the global economy. But are they truly fit for this purpose? Unfortunately, the stories of communities around the world show us that development banks are failing to address the root causes of the very problems they claim to solve. We need to hold them accountable for this,” says Ivahanna Larrosa, Regional Coordinator for Latin America at the Coalition for Human Rights in Development.

    “When PDB projects cause harm to people and the environment, PDBs must remedy these harms. All PDBs should implement an effective accountability mechanism to address concerns with projects and should commit to preventing and fully remediating any harm to communities,” adds Stephanie Amoako, Senior Policy Associate at Accountability Counsel.

    The ongoing crises demand a transformation in the quality of financing and a power shift to include the voices of communities. The existing financial architecture not only impedes governments’ ability to safeguard both their citizens and the environment but also contributes to the escalating issue of chronic indebtedness. Policy-based lending and conditionalities enforced by International Financial Institutions have steered countries toward privatization of essential services, reduced social spending and preferential treatment for the private sector. This burdens the population with higher taxes, inflation, and weakened social safety nets.

    “The same multinational companies that have polluted and violated human rights in Latin America are now obtaining financing from development banks for energy transition projects. Another example is the development of the green hydrogen industry in Chile, which carries a very high environmental and social risk,” says Maia Seeger, director of the Chilean civil society organization Sustentarse.

    Addressing these issues requires a comprehensive and sustainable transformation of the financial architecture as well as holistic reforms and synergies with civil society and communities. Environmental and neo-colonial debts need to be a thing of the past and equitable reforms the thing of the present.

    Global civil society, in response to these challenges, demands bold and decisive actions in a collective declaration signed by over 100 organisations. The demands are the result of a 4-year process in which a coalition of civil society organisations has come together to call on all PDBs at the Finance in Common Summit to embrace tangible actions that genuinely prioritize and protect people.

    Just last month we have seen that change is possible when communities are involved, as the people of Ecuador voted to ban oil drilling in one of the most biodiverse places on the planet, the Yasuní National Park in the Amazon rainforest.

    “The global financial system needs not just a rethink but a surgical operation, and that requires bold action. Governments and institutions such as the Public Development Banks must cancel the debt of the countries that require it and put in place concrete and immediate measures to put an end to public financing of fossil fuels, to have financing based on subsidies so as not to fall into the debt trap once again. It is time for the rich countries, the biggest polluters and creditors, to offer real solutions to the multiple crises we are currently experiencing,” says Gaïa Febvre, International Policy Coordinator at Réseau Action climat France.

    “Public and Multilateral Development Banks must divest from funding false climate solutions and projects that harm forests, biodiversity and communities. Instead, they should redirect finance to support gender just, rights based and ecosystems approaches that contribute to transformative changes leading to real solutions that address climate change, loss of biodiversity and create sustainable livelihoods for Indigenous Peoples, women in all their diversities and local communities. Public funds must support community governed agroecological practices, small scale farming and traditional animal rearing practices instead of large scale agri-business which perpetuates highly polluting and emitting industrial agriculture and unsustainable livestock production, the root cause for deforestation and food insecurity,” adds Souparna Lahiri, Senior Climate and Biodiversity Policy Advisor at the Global Forest Coalition (GFC).

    The call to action emphasizes that achieving the Sustainable Development Goals (SDGs), effective climate action aligned with the Paris Agreement and successful implementation of the Kunming-Montreal Global Biodiversity Framework require Public Development Banks to pivot from a top-down profit-driven approach to one that prioritizes community-led involvement and human rights-based approaches.

    “It is important that civil society participation be strengthened at the Finance in Common Summit (FICS). In previous years, civil society has been sidelined. Clearly, there is still some room for improvement for civil society participation to become truly meaningful. The lack of civil society representative on the opening panel this year is just one example of that. PDBs should promote and support an enabling environment for civil society and systematically incorporate civic space, human rights and gender analysis. This year, we are working towards ensuring that civil society voices, including those from communities are heard at the FICS. In collaboration with the FICS Secretariat, Forus seeks to establish a formal mechanism between civil society and PDBs and to ensure that civil society is recognised as an official engagement group,” says Marianne Buenaventura Goldman, Project Coordinator, Finance for Development at the global civil society network Forus.

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  • Digging Africa Deeper into Hunger<br>Annual Green Revolution Forum ignores widespread failure of its push for industrialized agriculture

    Digging Africa Deeper into Hunger<br>Annual Green Revolution Forum ignores widespread failure of its push for industrialized agriculture

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    • Opinion by Timothy A. Wise (cambridge, ma.)
    • Inter Press Service

    Instead of cutting food insecurity in half, as the Alliance for a Green Revolution in Africa (AGRA) promised at its founding in 2006, the continent has spiraled in the opposite direction. The number of chronically “undernourished” people in AGRA’s 13 focus countries has increased nearly 50%, not decreased, according to recent hunger data from the United Nations.

    AGRA’s corporate cheerleaders will try to blame the continent’s deepening cavern of hunger on disruptions from the COVID pandemic and the Russia-Ukraine war, but chronic hunger had already risen 31% by 2018 in AGRA countries, as I documented in my 2020 Tufts University study. The hole was already getting deeper.

    Summit host Tanzania is a case in point. As the government readies another Green Revolution festival of self-congratulation, refusing to allow Tanzanian farm groups to offer a more critical perspective and more effective solutions, UN figures show a 34% increase in number of undernourished Tanzanians since 2006. An estimated 59% of Tanzanians suffer moderate or severe levels of food insecurity, according to survey data from the UN Food and Agriculture Organization.

    African farmers: “Put down the Green Revolution shovels”

    Once again, African farmer organizations are calling on African leaders and the donors who support them to put down the Green Revolution shovels, climb out of the hole, survey the damage their failing agricultural development model has wrought, and change course to more farmer-centered and sustainable ecological agriculture.

    The Alliance for Food Sovereignty in Africa concluded its recent continental meeting on seed rights denouncing “AGRA and other corporate actors’ continued pressure to influence African government seed policies and biosafety regulations to increase corporate capture and control of seed on the continent.” They have scheduled a virtual press conference August 30, demanding “No Decisions About Us Without Us!”

    In calling for a strategic reset, they are not ignoring the complex causes of hunger on the continent – climate change, conflict and corruption exacerbated by pandemic disruptions and rising costs of fertilizers and food imports from Russia and Ukraine. They are recognizing that the Green Revolution’s corporate-driven, technology-based strategy for rural uplift has proven unfit to help small-scale farmers cope with such challenges.

    In 2006, AGRA offered a coherent strategy and admirably ambitious goals. Its aggressive promotion of commercial seeds and synthetic fertilizers would catalyze a virtuous cycle of agricultural development. Rising yields would feed the hungry and stimulate further investments in productivity-enhancing farm technologies. AGRA’s self-proclaimed “theory of change” would double food-crop productivity and incomes for 30 million small-scale farming households by 2020 while cutting hunger in half.

    Seventeen years – and more than one billion dollars – later, the evidence shows that AGRA’s theory of change was flawed at every turn. Those seeds and fertilizers did not produce a productivity revolution. Yields rose only 18% over 14 years, barely faster than before the new Green Revolution push. Maize yields grew only 29% despite billions of dollars in government subsidies to allow farmers to buy – and corporations to sell – the inputs. Meanwhile, more nutritious and climate-resilient traditional crops such as millet and sorghum saw yields stagnate or decline as farmers planted more subsidized maize.

    With limited yield improvements, farmers didn’t see more food or higher incomes from sales of their promised new surplus production. They saw a losing proposition, with the costs of seeds and fertilizers outpacing the expected returns from crop sales. When the subsidies were cut as government budgets were squeezed, farmers stopped buying the seeds and fertilizers and went back to their old seeds, if they had managed to save any. Many found themselves in debt after input purchases failed to pay off their investment.

    Most found farmland that was now less fertile than before, the nutrients drained by monocultures of maize. The fertilizers fed the maize, not the soil, which continued to lose fertility, starved for the organic matter provided by more ecological methods such as intercropping and manure applications.

    So no one should be surprised to find hunger on the rise. Farmers were not growing much more food. What food they were growing – mostly starchy staples like maize and rice – were less nutritious than the mix of crops they used to grow. And they had little new cash income to purchase more food, never mind a diverse and nutritious diet. Many had less cash as they tried to pay off debts from their failed investments in commercial seeds and fertilizers.

    Cosmetic changes, less transparency

    International donors have failed to heed African farmers’ calls to change course. Instead, AGRA rolls out new corporate branding, a facelift not the full makeover Africa needs.

    At last year’s Green Revolution Forum, attendees were treated to a slick set of videos announcing that the forum was removing the term “green revolution” from its name. Indeed, this year’s gathering calls itself the African Food Systems Summit. And AGRA itself dropped “green revolution” from its name, declaring with no real explanation that it would now just go by its acronym, AGRA.

    AGRA literally stands for nothing at this point. Calling its new five-year strategy “AGRA 3.0,” leaders refuse to acknowledge the failures of their Green Revolution model. They keep promoting new versions of the same failed approaches. AGRA continues to foster pro-business policy changes within African governments, like the one it has helped push in Zambia this year. It promotes “agro-poles” – 250,000 acre “farm blocks,” often located on land grabbed from local communities so corporate investors can establish industrial-scale farms.

    Like many tech upgrades, AGRA 3.0 gives African farmers less of what they really need, not more.

    This year, AGRA’s cosmetic changes include a newly redesigned web site, replete with AGRA’s new logo but missing even the rudimentary progress reports it used to make available to the public. Scrubbed from the site – or conveniently buried in it – is last year’s damning donor-commissioned evaluation, which highlighted AGRA’s many failures to deliver on its promises.

    African farmers have a different vision. They want donors and governments to stop supporting the failing Green Revolution initiative and instead shift their support to lower cost, farmer-centered, ecological agriculture. Farmers are producing their own organic fertilizers and pesticides from local materials, with excellent results. The simple and low-cost innovation of “green manure-cover-cropping” has scientists working with some 15 million small-scale maize farmers in Africa to plant local varieties of trees and nitrogen-fixing food crops in their maize fields, tripling maize yields at no cost to the farmer.

    The solutions are at hand. It is past time for Green Revolution promoters to put down the shovels and stop digging Africa deeper into hunger.

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  • Political Will and Investment Will Score the Goal for Zero Hunger

    Political Will and Investment Will Score the Goal for Zero Hunger

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    IFAD says investing in smallholder farmers is key to tackling food insecurity or severe food and nutritional insecurity. CREDIT: Busani Bafana/IPS
    • by Busani Bafana (bulawayo)
    • Inter Press Service

    More than 800 million people in the world went to bed hungry in 2022, and 3.1 billion others could not afford to eat a healthy diet in 2021, according to the United Nations Food and Agriculture Organisation (FAO)’s latest State of Food Insecurity and Nutrition in the World report.

    IFAD described the startling SOFI report as “a wake-up call for the fight against hunger,” noting that massive investment in rural development and small-scale agriculture will win the war on hunger.

    Every year, the hunger and food insecurity numbers remind us of this dark reality: Not only are we not reaching our targets — we are moving farther away,” Lario told IPS in an interview via email.

    Enough Food but Hunger for Decisive Action

    According to the SOFI, hunger numbers stalled between 2021 and 2022, but there were 122 million more hungry people in 2022 than prior to the COVID-19 pandemic.

    Sustainable Development Goal #2 is the zero-hunger goal of the United Nations. It aims to end all forms of hunger and malnutrition by 2030 by ensuring all people — especially children and the more vulnerable — have access to sufficient and nutritious food all year round. But is the zero-hunger goal realistic, given that the number of hungry people globally is rising despite advances in technology to boost food production and productivity?

    In a world of plenty, where inequalities are increasing, zero hunger is the only objective to have,” Lario said. “Ending hunger is feasible. It is a matter of political will, adequate investments, and policies.”

    Commenting on the SOFI report, Danielle Nierenberg, President of the Food Tank, said world leaders were failing to prioritize the needs of millions of people around the globe in creating better food and nutrition security.

    “If we leave people behind because there is something going on in the world, whether there is conflict in Russia against Ukraine or inflation across the globe … If we do not protect and nourish those who are most in need, we are setting ourselves up for disaster,” Nierenberg told IPS in an interview.

    “Hungry people tend to be angry people for obvious reasons … What we need is better political will and active policymakers to really solve this with the help of communities, nonprofits and research institutions who have been leading the charge against hunger.”

    Reacting to the SOFI report, Oxfam, a global charity focusing on the alleviation of global poverty, said it was unforgivable for governments to watch billions of people going hungry in a world of plenty.

    “Solutions to end world hunger exist, but they require bold and united political action,” said Hanna Saarinen, Oxfam International Food Policy Lead, in a statement, calling on governments to support small-scale food producers and promote especially the rights of women farmers, who are key in the fight against global hunger.

    Lario said in Africa, conflicts, poverty, lack of infrastructure and access to energy, and poor access to education and vocational training, combined with high population growth, were converging to worsen the challenge of food and nutrition insecurity.

    However, this did not mean that hunger cannot be overcome as the African continent had many assets to boost food security, including land, natural resources, and the dynamism of its youth, said Lario.

    Invest in Rural Development and Small-Scale Agriculture

    Asked what needs to be done to win the war against hunger and undernutrition on the back of many countries which put more money into funding war than food security.

    The invasion of Ukraine by Russia as well as the tension in East Asia, have driven increased global military spending by 3.7 percent in real terms in 2022, to a record high of USD 2 240 billion, according to new data on global military spending published by the Stockholm International Peace Research Institute.

    “Governments need to understand that hunger and poverty fuel conflicts, migration and ultimately instability,” Lario told IPS, noting that the Ukraine war and the dependency of many countries on food imports has led to the recognition of the importance of food sovereignty and food security for national security.

    “To win the war on hunger, we need to massively scale up our investments in rural development and small-scale agriculture,” said Lario.

    Lario is convinced that investing in agriculture is three times more effective at reducing poverty than investing in any other sector. Agriculture remains the backbone of many African economies.

    Financial support for agriculture has been stagnant at just 4-6 percent of total Overseas Development Aid (ODA) for at least two decades. IFAD notes that agriculture ODA fell to USD 9.9 billion in 2021, far below what is needed.

    Very few African governments have invested 10 percent of their budget in agriculture as per the Malabo Declaration of 2014. Besides, small-scale farmers receive less than 2 percent of global climate finance despite being major food providers, Lario said.

    IFAD estimates that up to USD 400 billion would be needed annually until 2030 to build sustainable, equitable and resilient food systems.

    “We need to tackle the root causes of hunger and rural poverty,” he said, adding that “Inaction will be expensive. Every USD 1 spent on resilience now saves up to USD 10 in emergency aid in the future.”

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  • POWER TO THE YOUTH: With Quality Education, Youth are Empowered with the Green Skills to Save Our Planet

    POWER TO THE YOUTH: With Quality Education, Youth are Empowered with the Green Skills to Save Our Planet

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    • Opinion by Yasmine Sherif (new york)
    • Inter Press Service

    On International Youth Day, ECW and our global partners urge world leaders in the public and private sectors to ensure today’s youth have the green skills they need to save our planet. The climate-change challenges and the detrimental impact are enormous – severely affecting the planet, as well as basic services and our very survival.

    According to the recent position paper by the United Kingdom Foreign, Commonwealth & Development Office (FCDO): “Addressing the climate, environment, and biodiversity crises in and through girls’ education”, the climate crisis is impacting the education of 40 million children every year. “Education is an assumed, but hugely undervalued, component of responses to climate change impacts, and efforts to mitigate and adapt to them. It is essential for reducing vulnerability, improving communities’ resilience and adaptive capacity, identifying innovations, and for empowering individuals to be part of the solution to climate and environmental change,” states the position paper.

    Recent global estimates from Education Cannot Wait (ECW) – the United Nations global fund for education in emergencies & protracted crises – indicate that the number of crisis-impacted children who urgently need education support has spiked by as much as 25 million over the past year.

    According to the new ECW Global Estimate Study: “Climate change interacts with underlying crisis drivers to increase crisis severity and worsen education outcomes. For example, droughts in East Africa deplete livelihoods, boost displacement, and undermine food security, worsening access to education and learning and accelerating protection needs.”

    As we ramp up efforts to deliver on the Paris Agreement, Sendai Framework for Disaster Risk Reduction and Sustainable Development Goals at this year’s SDG Summit and Climate Talks (COP28), we must ensure that quality education, as a critical response to climate change adaptation, mitigation and resilience – especially for children and adolescents caught in emergencies – is inserted into the climate agenda, funding decisions and global policy. Because, climate change is not a stand-alone sector. It impedes and prevents the education of 224 million children and youth today, and their ability to survive and protect our planet tomorrow.

    As we build toward COP28, ECW will work closely with the Green Climate Fund, Global Environment Facility, Adaptation Fund and other multilateral and bilateral funds – along with the private sector – to develop solution-oriented and actionable commitments to ensure that education in emergencies both responds to immediate crises, while also equipping communities with the knowledge and skills they need to adapt, mitigate, and build resilience in the face of an uncertain future.

    For today’s youth, this means ensuring they receive a quality education in some of the highest-risk climate disaster areas on the globe. It also means to empower them with the knowledge and skills they need to develop, access and advance the green economy, and have the capacity to lead and make sustainable decisions for their communities and countries.

    Youth are the human power of a green economy and of climate action and climate resilience. Financial investments in climate change mean financial investments in the education of 224 million children and adolescents. Empowered with an education, they will save their communities, their countries and our planet. If not them, who? Without them, how?

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