The institutional capacity to support EbA technology transfer has been built through training and the joint development and implementation of the Long-Term Research Programme (LTRP) in partnership with local universities, for measuring the short- and long-term effects of EbA interventions. The activities included establishing monitoring sites, conducting research activities, collecting data, and publishing findings as technical reports, research papers, bachelor theses, master theses, Ph.D. theses, and peer-reviewed papers.

In Nepal, for example, the development of EbA interventions started with assessing local practices and determining whether these practices can be improved or upscaled before introducing new approaches. Based on these findings, the Chinese and South African experts designed possible interventions together with the local expert and advised on their implementation and monitoring against project indicators and targets.

The technology transfer also took place through inter-regional capacity-building, with the EbA experts, and the project coordinators regularly meeting through the steering committee, workshops, training, site visits, and conferences. 

In 1998, site managers and scientists discussed the possibility of reintroducing a crocodile population at Bau Sau. This was because the lake was situated in the historical occupation range of the species, and at that time, the habitat quality had been improved and ready for a reintroduction program. Feasibility studies were carried out. The park also held discussions among experts, managers, and authorities at all levels to gain consensus on the program.

In 2000, with the support from international experts, purebred Siamese Crocodiles, which are believed to have provenance from Cat Tien area, were selected from a farm in Ho Chi Minh City, to training for restoring their natural behaviours. From 2001 to 2005, a total of 60 adults were released into Bau Sau. In September 2005, the first baby crocodiles were recorded.

Recent monitoring shows that the number of individuals is increasing, the distribution area is also expanding with records in some neighbouring lakes. As of 2019, monitoring data has recorded at least 286 individuals (including 228 juveniles). Up to now, it can be confirmed that freshwater crocodile populations have been successfully re-established in Cat Tien National Park. The number and structure of the recorded population ensures that this is a healthy and viable population.

Under the "Strengthening community organization" component, the project worked with the Tanta community to develop a livestock management strategy, with the support of a specialist, to improve livestock management in the community’s farm territory. The objective was to fortify the community’s collective decision-making process in regards to the management of its natural resources, thus contributing to the recovery of grazing areas, which in turn ensures having the necessary level of food for livestock and improving both productivity and ecosystem services for water regulation.

The livestock management strategy has been the product of a participatory process facilitated by Instituto de Montaña and led by the authorities and the community's livestock department (committee). As part of this process, visual materials (maps and infographics) have been developed to graphically represent the proposed management plan and rotation of livestock among the different sectors of the communal farm. These visual materials are exhibited in the community premises so that the community members can follow up on the plan and the agreements and commitments made by all.

Partnerships with the provincial Taskforce, which oversaw the project's activities in general, and the provincial Agriculture Extension Center and Farmers’ Union helped achieve the expected results despite travel restrictions owing to COVID-19.

Partnerships with these local partners also led to the later integration of the project’s interventions into provincial partner’s programmes.

Financing support for multi-sector surveillance of zoonotic diseases in wildlife and along wildlife trade chains is essential to improve understanding of pathogen diversity, disease dynamics and potential risks posed by wildlife trade, to support evidence-based decision making, monitor emerging pathogens and support targeted future surveillance and mitigation investments

Building long-term partnerships and capacity for multi-sector surveillance of zoonotic diseases along wildlife trade chains promotes and supports effective One Health collaboration from the spillover frontlines to national and international policy makers, and improved understanding of pathogen diversity, disease dynamics and potential risks posed by wildlife trade. Platforms for regular multi-sector discussion between animal health, environment, enforcement, and human health sectors, as well as with and amongst international and multi-lateral partners, is essential for open discourse and sharing of information on the risks, challenges and opportunities for pandemic prevention. This is critical to improve cross- sectoral trust, understanding, communication and coordination to increase opportunities for effective legislative change and cultural shifts.

Given the lack of experience and the high need for learning and improving the solution, M+E is key. Starting in the nursery how the different seedlings develop, then after planting and in regular intervals. this allows improving the design, to determine the need for soil improvement, suitability of individual species on respective sites and many other aspects - including upscaling to other areas and countries with similar needs and circumstances.

A partir de la coordinación multisectorial, las comunidades realizan el registro de sarna durante los censos poblacionales y en las capturas para esquila y liberación, en formularios oficiales de la autoridad en biodiversidad nacional. Se espera que el área protegida implemente el uso de indicadores ecológicos y epidemiológicos para la mejor toma de decisiones de conservación. Los ganaderos locales reciben capacitaciones en manejo sanitario y productivo de alpacas coadyuvando a mejorar la salud del ganado y a disminuir el potencial de transmisión de enfermedades. Finalmente, a través del Grupo Interinstitucional de Trabajo en “Oro Responsable” se realizan escuelas de campo piloto para aplicar las mejores prácticas, técnicas sociales y ambientales disponibles, que permitan mitigar el impacto de la minería aurífera en las comunidades.

Se capacitaron a las comunidades manejadoras de vicuñas y guardaparques durante las campañas de captura (aprovechamiento de la fibra) y liberación de vicuñas silvestres. Los temas abordados incluyen: procedimientos adecuados de bienestar animal y bioseguridad para prevenir la transmisión de sarna, entre animales, y por instrumentos y accesorios de trabajo; bioseguridad frente al Covid-19 para prevenir la transmisión entre personas y de personas a animales silvestres capturados. Asimismo, se realizaron capacitaciones en esquila mecánica y predescerdado de la fibra, en ambos casos, para incrementar la calidad de la fibra de vicuñas obtenida durante las capturas y proporcionar un mayor valor agregado a la misma, ampliando los beneficios para la comunidad.

El monitoreo de las poblaciones de vicuña, realizado en 2006, 2018, 2019 y 2021, evaluando la sarna sarcóptica y otros parásitos en Apolobamba, estableció que la especie mantiene su ratio de incremento poblacional, y que en su mayoría los individuos son saludables. Las prevalencias de sarna son bajas y afectan principalmente a las vicuñas crías y las de mayor edad con una menor condición corporal. Esta enfermedad es actualmente endémica y con bajo impacto, siempre y cuando las vicuñas cuenten con suficiente alimento para mantener una buena condición corporal. Por otro lado, debido al incremento de las actividades mineras, de 50 a 231 en los últimos 10 años, y el uso aproximado de hasta 6 kg/mes de mercurio por cada actividad, ya existe evidencia de contaminación en la especie. Esto se ha verificado mediante registros de mercurio total en sangre de vicuñas, así como en anomalías celulares (genotoxicidad), y representa una amenaza local para la salud humana y de animales silvestres y domésticos.