The Adaptation Research Alliance (ARA) and SouthSouthNorth (SSN) have announced a new cohort of 30 awardees from Africa, Asia-Pacific, and Latin America & the Caribbean, each receiving funding to implement projects helping communities adapt to climate change impacts. The ARA, launched at COP26, focuses on action-oriented, equitable, and user-driven research to deliver real solutions for those most affected by climate change. The awardees are working on projects such as community-centered early-warning systems, nature-based solutions, and knowledge-sharing to strengthen resilience, guided by the Adaptation Research for Impact Principles. This collaborative effort brings together various stakeholders to shape climate-resilient futures and ensure that research is driven by user needs, co-produced with local experts, and equitable in practice.
Category: Nature-Based Carbon Removal
Remove Carbon:
– Restore & Manage Ecosystems
– Shift Agriculture Practices
– Use Degraded Land
– Manipulate Biogeochemical Cycles
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Forest Restoration
Uganda has successfully reduced deforestation and emissions through its REDD+ program, focusing on conservation, sustainable forest management, and forest carbon stock enhancement. By updating forest monitoring and implementing community-led reforestation efforts, Uganda saw an 8 million tonne CO2e reduction in emissions between 2016 and 2017. This initiative earned Uganda 31 million USD from the Green Climate Fund, which will be reinvested in further REDD+ action plans. The program serves as a model for reducing emissions at the source by restoring forests and implementing sustainable practices.
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Environmental News Network – CSU Project Uses AI to Turn Soil Data into Actionable Insights for Farmers
An interdisciplinary research team at Colorado State University is using artificial intelligence through the TerraScope project to help farmers understand soil health, crucial for farming success. By combining on-the-ground measurements and remote sensing data, AI reveals patterns and relationships for better decision-making. This approach will assist farmers in navigating challenges like drought, weather variability, and maximizing crop yields by supporting water retention, root growth, and nutrient cycling.
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How airflow modifications in agrivoltaics affect crop yield, energy output
Research from France shows that PV panel height influences airflow and evapotranspiration in agrivoltaic systems, with heights under 3 meters affecting crops. Scientists emphasize the need for accurate measurements and computational fluid dynamics for water and energy exchanges. Panel height is crucial for determining impact on agricultural yield and energy production. Airflow modifications can significantly affect energy, water, and gas exchanges, as well as photosynthesis. High panels with proper spacing can reduce panel temperature and enhance energy generation. The section discusses a study on an experimental agrivoltaic plant with bifacial PV modules mounted on trackers, showing that soil moisture in the agrivoltaic section remained above field capacity until spring, while the control zone experienced water stress by May. PV panels affected airflow, reducing wind speed and turbulence, with variations depending on panel tilt and wind direction. The researchers emphasized the need for a specific evapotranspiration formulation for agrivoltaic systems, considering panel geometry, airflow, radiation, and plant height, with computational fluid dynamics simulations confirming the qualitative trends observed in the study.
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Rethinking Nature As Economic Climate Capital – And A Really Valuable Investment
The sections highlight the importance of nature-based solutions to protect coastal communities from sea level rise and the need for economic growth to align with the health of the planet. They emphasize transitioning to industries compatible with nature, reframing the cost of addressing climate change as an investment in the future, and valuing natural landscapes for their environmental services. The focus is on recognizing the finite nature of land and natural resources, supporting biodiversity, and promoting sustainable practices to maximize the value of all lands. The key message is to shift towards a wealth model that benefits organisms and accumulates wisdom for future generations, moving away from extraction and exploitation towards a more sustainable approach.
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You searched for
This Giving Tuesday, the focus is on restoring vital mangrove forests worldwide to combat climate change, protect coastlines, and support communities. Donations can make a lasting impact by helping to protect wildlife, empower coastal communities, and ensure a sustainable future for generations to come. Mangroves play a crucial role in sequestering carbon, providing habitat for diverse species, and acting as a natural barrier against storms and erosion. By investing in mangrove restoration efforts, we can address climate change, promote biodiversity, and create resilient coastal ecosystems.
https://mangroveactionproject.org/?s=&post_type=post&search_cat=61
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Environmental News Network – Exploring the Promise of Regenerative Aquaculture at an Arkansas Fish Farm
MIT engineering student Kiyoko "Kik" Hayano collaborated with Keo Fish Farms through MIT D-Lab to create a model for regenerative water systems, showcasing a trend in U.S. universities towards addressing national food security challenges in rural communities. This partnership exemplifies how applied engineering and academic collaborations can result in innovative solutions for regenerative agriculture in the United States.
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China rolling into U.S. backyard
Canada is making significant strides in the clean energy transition by focusing on electric vehicles (EVs), with a goal for EVs to make up 90 percent of new car sales by 2040. Africa is experiencing a surge in solar growth, led by countries like South Africa, Egypt, and Nigeria. The industry is shifting towards supplier-led climate solutions, with India committing $2.4 billion to scale carbon capture solutions. A breakthrough in sodium-sulfur battery technology has made energy storage cheaper and easier to scale, while investment in next-generation geothermal energy has surpassed $2 billion. Vietnam has launched a $102 million climate finance initiative to protect forests and support climate-smart livelihoods.
https://speedandscale.com/newsletter/china-rolling-into-u-s-backyard/
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Kenya launches a carbon registry to boost climate finance and credibility
Kenya has launched a national carbon registry to track carbon credit projects and attract foreign investment while ensuring local communities benefit, aligning with international standards to participate in global carbon markets with transparency. Germany is supporting Kenya's reforestation efforts and allocating 2.4 million euros to strengthen its carbon market readiness. The registry is part of broader efforts to build African institutions that can attract climate finance while protecting national and local interests, with over 80 carbon project concept notes already submitted. Centralized national registries like Kenya's are crucial for carbon markets, expected to be fully operational this year to prevent double counting and ensure integrity in climate financing under the Paris Climate agreement.
https://apnews.com/article/carbon-registry-climate-kenya-aad670f79c992c61422d2384c75bdbb4
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Octopus Energy plans $1bn investment in Californian clean technology
Octopus Energy Generation has announced a $1bn investment in Californian clean technology, focusing on carbon removal and renewable energy projects. The funding will support companies working to restore grasslands and forests to absorb carbon dioxide, as well as invest in heat battery technology to reduce emissions from industries. California's goal of reaching 100% renewable energy by 2045 is being supported by Octopus Energy Generation through investments in clean energy projects across the US, aiding in the transition away from fossil fuels.
https://www.power-technology.com/news/octopus-energy-plans-1bn-investment/