Management and Protection of the Coastal Wetlands in Yancheng, China

This initiative is part of the Sparsa Solution, a Nepali non-profit organization that locally produces and distributes compostable menstrual pads, which have an absorbent core made from banana fiber.,
Conventional fluff pad production machines are either manual-making them labor-intensive and unhygienic-or fully automated, which requires high upfront investment and is often incompatible with eco-friendly materials. To overcome these challenges, engineers from NIDISI, Sparsa, and Grit Engineering developed a semi-automatic, low-cost system tailored to local Made in Nepal.
Built with limited resources, the system produces 3,500–4,000 pads per day and includes:

• A paper shredder for uniform fiber cutting;
• A custom mattress-making machine for the fluffy absorbent core;
• A modified pad assembly machine that seals different layers using ultrasonic sealing and compostable glue. 

This setup enables safe, small-scale production while reducing plastic waste and supporting menstrual health for the benefit of women and the environment.

IPCC recognizes seagrass beds, salt marshes, and mangroves as the three primary blue carbon ecosystems. Taean National Park features a diverse coastal environment  including salt marshes, coastal sand dunes, and seagrass beds. These habitats support a variety of species that are specially adapted to these environments. These areas are ecologically significant both as critical habitats and natural carbon sinks. However, ongoing coastal development and increasing visitors have led to continuous degradation and a reduction in their area due to human activities.

In the past, fishery by-products were classified as general waste. Improper disposal practices, including illegal dumping and uncontrolled accumulation along the coast, resulted in marine pollution, foul odors and decay. To address this issue, legislation was enacted to promote the recycling  of fishery by-products. In line with this initiative, the park launched a pilot project to restore salt marshes and reinforce the coastline using recycled oyster shells.

Rosewood (Dalbergia spp.) and Dipterocarpus macrocarpus are among the most logged and traded tropical timbers in Southeast Asia due to high demand from the luxury furniture market. Extensive illegal logging and trade have led to local extinction or severe population declines across its range. In response, we propose a community-based conservation program in the Central Annamites, Vietnam. The initiative includes establishing community nurseries, replanting rosewood in known habitats, and protecting remaining mature mother trees through the creation of Other Effective area-based Conservation Measures (OECMs) in community forests. This integrated approach will safeguard vital seed sources, support long-term species recovery, and actively engage local communities. In doing so, it will also create alternative income streams through seedling production, participation in restoration efforts, and access to carbon credits and other green financing opportunities.

Clean and healthy waters are vital for human health, food security, reversing nature loss, climate resilience, and sustainable development. Yet rivers, lakes, and coasts are under threat, affecting life on Earth and sports like Rowing, which depend on these ecosystems. To take action, World Rowing deepened its partnership with WWF International by launching the Healthy Waters Alliance, shifting from awareness to impact. The Alliance unites World Rowing and WWF communities to co-create and deliver projects that protect and restore waters essential to rowers, wildlife, communities, and economies. Projects can be initiated by National Rowing Federations, clubs, athletes, event organisers, or local WWF offices. The Healthy Waters Alliance Guide outlines the process for collaboration. In 2024, the Italian Rowing Federation and WWF Italy launched a seabed clean-up with a local NGO, and clubs joined Adopt a Beach, tackling plastic pollution. In 2025, Ambassador Martin Helseth led a clean-up of the Oslo fjord with clubs, NGOs & WWF.

In Cameroon and other resource-limited countries, marine wildlide data relies heavily on anecdotal reports and one-off surveys, leading to substantial knowledge gaps that hinder effective conservation efforts. The scarcity of scientific expertise, combined with the high cost of dedicated boat surveys, presents a significant barrier to marine wildlife research and conservation.

Fishers and marine species share habitats and resources on a daily basis, creating potential for fishers to act as citizen scientists. We established a network of over 80 fishers who regularly report marine wildlife sightings using a Smartphone App, SIREN. This user-friendly app, compatible with Android and iOS, allows fishermen to document marine mega-fauna sightings, and to capture and upload up to four photographs, along with additional information such as a description. The App automatically associates a location and date with the report, providing data that can be used to co-design conservation measures.

The East Kilimanjaro landscape in Kenya, covering Kajiado South sub-county (approximately 6,411 km²), encompasses diverse ecosystems, including rangelands suffering from severe degradation. To counter degradation, a forest landscape restoration (FLR) project, supported by WWF and other partners, involving community groups like ALOCA (Amboseli Land Owners Conservation Association) was undertaken. The project focuses on sustainable land use practices and restoration techniques to protect wildlife corridors, promote Maasai pastoral cultural practice, and create livelihood opportunities. Restoration methods include grazing management, tree rejuvenation, rainwater capture, and grass seed banking. Key actors include ALOCA (Amboseli Land Owners Association), Big Life Foundation, Justdiggit, and WWF.