The Project Map serves as a tool on our website for a better visibility and visualization of projects implemented by the International Alliance member organisations: both projects funded by the Alliance and projects run independently by the Alliance's members.

As an interdisciplinary and inclusive multi-stakeholder platform bringing together different disciplines, the Alliance invites efforts on a wide range of topics related to the work and goals of the Alliance to be presented on this project map, for others to see and get connected.

While APOPO is the leading organisation in training scent detection rats, we rely on our partners for a wide range of support. Without them, deploying scent detection rats would not be possible. Such partners range from local partners such as the Sokoine University of Agriculture, to international partners such as Mine Action Authorities, governments, donors, and specialised organisations.

For example, the wildlife detection project partners with the Endangered Wildlife Trust of South Africa. The project has been funded by a wide range of government donors such as

- The German Government (through the GIZ 'Partnership against Wildlife Crime in Africa and Asia' Global Program)

- The UNDP-GEF-USAID 'Reducing Maritime Trafficking of Wildlife between Africa and Asia' Project

- The UK 'Illegal Wildlife Trade Challenge Fund'

- The Wildlife Conservation Network

- The Pangolin Crisis Fund

- US Fish and Wildlife

We rely heavily on support from the Tanzanian Wildlife Management Authority (TAWA) for provision of training aids, and, recently, the support from the Dar es Salaam Joint Port Control Unit in order to conduct operational trials for illegal wildlife detection. 

The BC Parks Foundation and PaRx program conducted outreach and media events to raise awareness of the program and the link between health and nature. The launch of the collaboration with Parks Canada generated substantial media coverage, including from international outlets, thus raising awareness of the connections between nature and well-being, and the PaRx program. Parks Canada has also developed informational materials to help health-care providers connect patients with Parks Canada administered places, in so doing creating connections with the health-care community, increasing interest in health and wellness activities across Parks Canada destinations, strengthening engagement between health care sector and protected and conserved areas, and raising awareness of protected heritage areas in Canada.

The main SAGE workshop started with pre-workshop orientation of participants and facilitators followed by two days assessment. During these sessions participants were provided with an initial overview of the SAGE process through presentations, followed by printed score cards for each of the 39 SAGE questions based on the ten principles of good governance and equity, from which each stakeholder group discussed the question, scored the results and presented to the plenary. The major differences in opinion between the different stakeholder groups could likely indicate governance challenges therefore these differences were well noted and justifications of their scores were provided.

This process continued by provision of ideas for action from each stakeholder group on the areas where the major differences occurred. For example, differences of opinion on benefit sharing among different actor groups may occur because the different stakeholder groups may have different information or different understandings of the available information. Therefore, for this to be easily resolved, recommendations for better transparency and sharing of proper information among stakeholder groups could be identified as a recommended solution as well as the plans for its implementation put in place.

Larval propagation is a restoration method that assists coral sexual reproduction to increase the genetic diversity of corals. This technique can be used with numerous coral species and morphologies and, because of the large production of gametes during spawning events, it has the potential to scale up the number of outplanted corals on the reef. RRFB uses innovative technologies to reduce the labor, and handling time and increase the survivorship of coral larvae at large scales. After assisting fertilization, recently formed embryos are poured into floating pools (CRIB, Coral rearing in-situ Basin) designed by SECORE Int., where larvae settlement is facilitated on specially designed substrates which are then outplanted on the reef.