This solution is set in Madagascar’s Ankeniheny-Zahamena Corridor (CAZ), a globally recognized biodiversity hotspot that shelters numerous endangered and vulnerable lemur species. The project site, Fierenana—a rural commune in the western CAZ—is designated as an Alliance for Zero Extinction (AZE) site, uniquely identified as the only place on Earth where at least one critically endangered species survives in its natural habitat.

Despite this ecological importance, conservation efforts face major challenges, including habitat degradation, weak law enforcement, and limited local capacity. The solution, implemented through the “CAZ4Lemurs” project with support from BIOPAMA, addresses these issues by empowering local community-based organizations (COBAs) to manage forest buffer zones and monitor lemur populations. The initiative has enhanced patroller skills and fostered law enforcement. Environmental education is being integrated into school curricula, while legal training strengthens enforcement, and promotes livelihoods.

This solution utilizes former information and personal data to create a data base to characterize the most important environmental and anthropogenic factors that affect the fitness of California sea lion rookeries. This includes modelling how environmental factors influence historical colony trends, mapping sources of contamination around the colony, mapping the fishing areas as well as collecting available information about California sea lion diseases.

Europe’s Wadden Sea (DK, DE, NL) and Mauritania’s National Park Banc d´Arguin (PNBA) — two World Heritage properties linked through the migratory birds on the African Eurasian Flyway, for which they serve as important wintering and stop over areas — signed a Memorandum of Understanding (MoU) in 2014 to protect the migratory birds. Since, there have been bilateral visits of managers and scientists, a joint action plan and cooperation in bird monitoring. More, PNBA joint the Wadden Sea Flyway Initiative, launched to strengthen waterbird conservation and monitoring along the East Atlantic flyway.

This project aims to prevent continued decline of the endangered Hector’s dolphins. Dolphins are getting caught as bycatch in trawl and set nets. People want to help dolphins but don’t know how. Citizen scientists are being trained, to extend the number and location of sightings around New Zealand, as well as identify when strandings occur. At the same time, these citizen scientists become protectors of the dolphins, intimately involved in their survival.

The solution allows for creating a rapid alert network in the event of sawfish captures, to harmonize and coordinate responses that aim at their protection in the West African sub-region. From village to village, along the coasts and up to the remotest ‘bolongs’ (salt-water channels) or islands, historic data on capture levels has been collected, fishers have been sensitized and representatives of the maritime sector have been trained.

Rosa arabica and Primula boveana is a perennial endemic to the high mountain area of St. Catherine Protected Area (SCPA) in Egypt and listed as one of the most 100 threatened plants in the world. Recently, they listed as Critically Endangered due to their small Extent of Occurrence and tiny population size (less than 90). The continuous decline in habitat quality for this species and the urgent need to carry out on-ground conservation actions were reported. Many attempts were made in the past to cultivate them in the wild, but they did not succeed. So, this solution aims to conserve them through in situ practices by implementing the following steps, respectively: a) IUCN Red List, b) Ecological Niche Modeling, and c) based on the previous two steps, translocation process for R. arabica in the suitable habitat will be done after carrying out simple layering process (local community traditional method) as one of the most effective traditional vegetative methods for wild cultivation for this species.

The Safe Islands for Seabirds project took place in Corvo island and Vila Franca do Campo Islet  (VFCI) in São Miguel island in the Azores. It was a pioneer project for the conservation of seabird colonies trough habitat restoration and control and eradication of invasive alien species (IAS).

This project assessed the impact of predators on seabird reproduction and tested several methods in order to reduce that impact. One of the most innovative solutions was a pest-free fence installed in the “Corvo Biological Reserve”, that was cleaned from predators and restored to the natural habitat. Also, habitats were restored in a higher altitude  reserve and at the restricted area of VFCI. Habitat restoration allowed seabirds a better access to the burrows, but also artificial nests were built to increase nesting availability.

Education and awareness rising were also of high importance for the project. In the after-LIFE, restored areas were regularly maintained and educational actions continued.

Mexico is recognized as a megadiverse country, housing approximately 12% of the world’s species. The country safeguards a rich natural and cultural heritage through the efforts of indigenous communities. The Yucatan Peninsula, in the southeast, is ecologically rich, featuring rainforests, coral reefs, mangroves, and more, but these ecosystems are rapidly deteriorating due to human activities and climate change. Nearly 80% of the rainforests are disturbed, with only 22% covered by mature vegetation, primarily in protected areas.

The Tech4Nature Mexico pilot project employs continuous biodiversity monitoring and artificial intelligence systems for the detection and conservation of priority species in the Dzilam State Reserve, to strengthen the understanding of the impacts of climate change on the area. This approach has been materialized through the inclusion of the community as main partners and contributors, the application of machine learning techniques and the construction of multi-sectoral alliances.

The Bonelli’s eagle (Aquila fasciata) is a flagship species in the Mediterranean, although it is vulnerable in several parts of the region. In Catalonia, the Wildlife Service of the Government has estimated 85 breeding pairs, one of them in Sant Llorenç del Munt i l’Obac Natural Park. Park managers have faced challenges in understanding and monitoring the species’ reproductive behaviour and its relation with different threats and pressures within and outside the park.

Tech4Nature Spain developed a monitoring programme to understand how visitors and other external factors affect the eagle’s breeding and mobility behaviour. A technological architecture using cameras, GPS trackers and the Axis Station software was put in place along with metrics and alerts to ensure a better monitoring infrastructure and prevention capabilities. This solution can be replicated in other protected areas, be applied to other species and even other phenomena such as wildfires.

The Hainan gibbon (Nomascus hainanus) is one of the most endangered primates in the world, living in the Bawangling area of Hainan Province, China. Comprehensive tracking and monitoring is required for better conservation, but because of the difficulty in vivo tracking, acoustic equipment is needed for monitoring.

“Tech4Nature” is a global project jointly launched by the International Union for Conservation of Nature (IUCN) and Huawei, aiming to develop more scientific protection measures, combined with the ICT industry, digital technology and IUCN Green List standards, provides technical support for the acoustic monitoring project of Hainan gibbons. To date, full coverage of 5 family groups monitoring has been achieved, automatic identification and real-time back transmission of Hainan gibbon acoustic monitoring have been realized.