Farmers are facing challenges such as volatile markets, rising input costs, labor shortages, and climate variability, with impacts of droughts, floods, extreme heat, and unpredictable seasons being felt on farms. The need for resilience in the agriculture sector is highlighted, with a call for policies that support decarbonization and renewable energy integration. Farmers are increasingly investing in renewables like solar panels and wind turbines to reduce costs, improve resilience, and lower emissions. Collaboration between governments, industry, and farmers is essential to ensure a sustainable transition to a more climate-friendly agriculture sector. The National Renewables in Agriculture Conference and Expo is focusing on how agriculture can contribute to Australia's energy transition while remaining productive, aiming to make farming businesses more resilient, strengthen regional economies, and improve food and energy security, with farmers central to the conversation on achieving these goals.
Category: FALO & Nature-Based Carbon Removal
Cut Emissions & Remove Carbon:
– Shift Agriculture Practices
– Protect & Manage Ecosystems
– Biomass Carbon Removal & Storage
-
Higher Yields in Regenerative and Organic Agriculture Based on the Science of Agroecology
Toxic synthetic pesticides and soluble chemical fertilizers are damaging our health and the environment, leading to chronic diseases, decline of species, pollution, and dead zones in oceans. The myth that we need to poison our food and environment to avoid starvation is debunked by regenerative and organic agriculture based on agroecology science. This approach is not only healthier and more sustainable, but also economically viable with lower input costs. Peer-reviewed studies show the harmful effects of pesticides, especially on children, and the benefits of using organic matter for biogas production to boost crop yields. The importance of promoting regenerative agriculture and land-use practices to address climate change is emphasized, as these practices can provide nutritious food, revitalize local economies, regenerate soil fertility, nurture biodiversity, and restore climate stability. By reducing agricultural greenhouse gas emissions and sequestering carbon in the soil, regenerative agriculture can help combat climate change, with consumers and farmers playing a crucial role in creating a more sustainable food system.
https://us.engagingnetworks.app/page/email/message/view?templateId=405083
-
Blog: Positioning humanitarians at the intersection of environment, climate, conflict and peace – Red Cross Red Crescent Climate Centre
Humanitarian organizations are increasingly focusing on the intersection of conflict, climate change, and environmental degradation, with key approaches being climate security and environmental peacebuilding. The Canadian Red Cross is actively engaging in dialogue on climate security to better connect humanitarian realities on the ground with environmental and climate policies and programs. Locally owned management plans are highlighted as important for addressing climate, conflict, and weapons contamination risks, with an emphasis on conflict-sensitive anticipatory action and planning for safe schools in the face of climate-related crises. Nature-based solutions, investing in energy infrastructure, and promoting social cohesion and advocacy for marginalized groups are also key strategies. It is crucial to address structural barriers, funding silos, and geopolitical priorities as obstacles to effective climate action in fragile and conflict-affected settings, while also urging international programming to reflect power dynamics, language, and local knowledge through partnership models that prioritize learning from local actors.
-
Mexican graduates develop agrivoltaic system with rainwater harvesting, smart irrigation
A team of graduates from Monterrey Institute of Technology have developed SolarRoot, an agrivoltaic proposal combining photovoltaic modules, rainwater harvesting, and drip irrigation for crops. The system aims to produce electricity and food simultaneously while reducing heat stress on crops and minimizing water loss. The project won first place in an international competition and will advance to the next stage in Qatar. The specifics of the project, such as power output, module type, crop selection, and water recovery, are still under evaluation.
-
We Need More of Africa in Global Ocean Governance
Ocean governance is crucial for Africa's coasts and high seas, impacting fisheries, climate processes, and food security. Recent negotiations are reshaping global ocean governance, focusing on ownership, seafloor governance, decarbonization of shipping, and ending plastic pollution. The High Seas Treaty, focusing on marine biodiversity, entered into force in January. The International Seabed Authority is negotiating deep-sea mining rules, while the IMO's Net-Zero Framework aims to redesign the shipping industry. The collapse of negotiations for the Global Plastics Treaty poses challenges, with Africa's involvement critical for the continent's fisheries and blue economy. The Great Blue Wall initiative in the Western Indian Ocean has shown progress in restoring coastal and marine ecosystems, creating jobs, and improving climate resilience. However, global governance is crucial for its success, especially in the context of high-seas Marine Protected Areas and deep-sea mining. African states must shape these governance frameworks to protect their interests. Climate-induced declines in ocean health could cost the global economy billions by 2050, with African coastal states particularly vulnerable. Coordinated action is needed to regulate plastics, decarbonize shipping, and pause deep-sea mining for a well-governed ocean that benefits Africa.
https://africanclimatewire.org/2026/07/we-need-more-of-africa-in-global-ocean-governance/
-
Global Mangrove Watch 4.1 Launch
The Global Mangrove Watch (GMW) platform has evolved to provide a continuous, unbroken annual time-series of mangrove loss from 1985 to 2025, with near real-time monthly alerts until June 2026. The latest dataset, GMW 4.1, separates gross loss and gain for more accurate analysis, allowing users to customize their areas of interest and receive tailored updates for conservation and restoration efforts. Stakeholders in Ecuador and Kenya are utilizing GMW data to monitor and defend their forests, with the platform now integrating with the Mangrove Restoration Tracker Tool for closer monitoring of restoration projects. The Global Mangrove Alliance aims to involve the community in protecting coastlines by providing open access to scientific data, encouraging conservationists, policymakers, and researchers to make measurable differences on the ground.
https://www.mangrovealliance.org/news/global-mangrove-watch-4-launch
-
NIGERIA COMMENCES ITS PHASE 2 MANGROVE RESTORATION PROJECT
Nigeria's HYPREP has completed the first phase of mangrove restoration in Ogoniland and is now expanding to 7 communities, aiming to restore 13,000 ha of mangroves. The project has shown over 90% survival rate of planted mangroves, leading to the return of faunal species and increased fish catch. The wetland has been designated as a Ramsar site of international importance, with a focus on sustainable management to protect the ecological character. HYPREP's locally owned initiative is filling policy and data gaps at a national level, with the goal of halting mangrove loss in the Niger Delta. The development of a national Carbon Markets Policy could further support the sustainability of the restoration efforts by allowing communities to earn carbon credits.
-
For Brazil’s Xokleng people, saving a sacred tree means saving their culture
The Zág Institute, led by the Laklãnõ/Xokleng Indigenous people, is restoring the critically endangered Brazilian pine on their traditional territory in Santa Catarina. The reforestation project involves planting nearly 100,000 seedlings across 1,000 hectares, aiming to strengthen Indigenous identity and culture. The Brazilian pine is sacred to the Xokleng people, with its seeds serving as a vital food source and symbol of their heritage. The initiative seeks to reverse the decline of the species due to deforestation, urban expansion, and logging, while also addressing the endangerment of the Indigenous community and their culture. Carl and Isabel, along with the Zág Institute, have planted over 140,000 Brazilian pine seedlings in degraded areas and springs, involving the community and schools in their efforts. They aim to empower women through workshops and collective planting efforts, following Indigenous traditions and responsible harvesting practices. The project is funded by grants and donations, with plans to expand into activities like ethnotourism and agroforestry for financial sustainability and support of local initiatives. This long-term effort not only preserves the environment but also passes on a legacy to future generations, strengthening food sovereignty and educating younger generations about the importance of ancestral knowledge and caring for nature.
-
In southern India, beekeeping helps Indigenous women earn more
The Women for Bees project in India's Western Ghats, launched by UNESCO in partnership with the Keystone Foundation, empowers Indigenous women through managed beekeeping with the native Asian honey bee. This initiative provides a safer and more predictable alternative to traditional wild honey hunting, leading to immediate economic impacts such as financial independence and improved livelihoods for participants. Studies have shown that pollination by Asian honey bees can enhance crop yields, while ecological benefits like improved flowering in surrounding fruit farms have been observed. The project has fostered community support and knowledge sharing among participants, with plans to expand to other biosphere reserves in the future.
-
Germany’s degraded peatlands offer up to 268 GW of solar potential
The reform of the Renewable Energy Sources Act in 2023 in Germany has made photovoltaic installations on re-wetted peatlands eligible for support, with a technical potential of 134 GW to 268 GW across the country. Re-wetting peatlands can significantly reduce greenhouse gas emissions from drained agricultural soils, and Germany aims to re-wet 50,000 hectares of degraded peatland annually to meet its climate targets. This initiative not only helps the environment but also provides an additional income source for farmers and landowners. The potential for peatland PV remains substantial, especially in areas like Mecklenburg-Western Pomerania and the Alpine foothills.