In 1974, New Hampshire marked the southern edge of the range for Common Loons, and at the time that range was retracting. Recovery efforts carried out by loon conservation groups in New Hampshire and Vermont helped restore loon populations in those states. 

In Massachusetts, extirpation has made recovery in that state much slower. Currently, loon recovery in Massachusetts is still dependent on breeding success in northern New England and New York. BRI’s translocation research being carried out in Massachusetts provides an example of how a population at the edge of its range can be restored.

Effective collaboration with the relevant authorities in the Republic of Congo is a key element to the project. This is not limited to permission to carry out conservation work in country, but is also important for the long-term relationships required, including the joint patrols of the reserve and enforcement of laws and regulations that are essential for long-term management of a protected or conservation area. Team composition is also extremely important and the Aspinall Congo team are almost entirely Congolese.

Despite the strong dependence of the local economy on natural resources, the concept of ecosystem services is new to most of the actors intervening in the periphery of the Faro National Park.

  In addition, due to the lack of knowledge about natural processes, the loss of these resources has been noted, but their decline has often not been attributed to current practices.  Existing communal development plans focus on sectors such as water, agriculture and infrastructure, without taking into account the importance of ecosystem services.  A meeting and training enabled stakeholders from different sectors to discuss the challenges of conservation of ecosystem services and increase their knowledge in the field.

  In order to improve the process of drawing up plans and building the capacities of decision-makers at the local level, several workshops were organized with the aim of familiarizing actors with the “ecosystem services” approach and its application during the process.  planning.

Essential elements for the conservation of biodiversity and ecosystem services for sustainable development are the equitable participation of stakeholders and the organizational development of local management associations.  The project has set up a stakeholder forum bringing together all the sectors involved in the park to identify areas of ecological, economic and social interest for which there is a will of the populations to protect and manage them.  Its mission is to manage conflicts related to the exploitation and conservation of natural resources, to promote the capacity building of actors, to encourage the emergence of research in the sustainable management of natural resources.  This forum has the technical support of the project for their organizational development as well as for technical and financial management, including the monitoring of the rules for the use of their resources.  These rules of use were drawn up in a participatory manner for each buffer zone.  To do this, a series of consultation sessions was organized for each village.

The transhumant conference is a consultation platform that brings together local and foreign transhumant pastoralists in order to discuss the resolution of conflicts between breeders - farmers, breeders - gamekeepers and wild animal breeders.

As protected areas must have conservation outcomes as their primary objective, many 'unconventional' mechanisms that are creating conservation outcomes have historically been overlooked. In 2019, when Canada embraced the concept of OECMs, efforts that are creating positive biodiversity outcomes, regardless of their primary goal, began to be actively discussed. Canadian Forces Base Shilo was one such site.

Even thought the Department of National Defence has specific, secondary objectives for its sites focused on the conservation of biodiversity, it has rarely received public recognition for its conservation successes.

Creating this recognition required collaboration between the provincial (sub-national) government of Manitoba and the federal Department of National Defence to foster a broader understanding of OECMs and their value as well as to highlight the outcomes of the sound management of Canadian Forces Base Shilo. This is the first Canadian military base to receive this recognition; opening the door for additional, future collaboration.

In the Shilo landscape, military training exercises have proven to mimic some of the natural history of the area - recreating now-rare habitat. This controlled activity is creating positive in-situ biodiversity outcomes.

The high-intensity, short-duration disturbances created by military training activities create habitat conditions no longer found in the larger landscape. These disturbances include prescribed burns and artillery practice, which enhance biodiversity by preventing tree encroachment on areas of mixed-grass prairie and mimicking historical disturbance regimes such as wildfire or bison activity.

In addition, for security and safety reasons, the Department of National Defence prohibits unauthorized access. Closure to the public restricts activity on the site, eliminating many activities that could have a negative impact on biodiversity.

The primary mandate of Canadian Forces Base Shilo is to provide a space for military training. This mandate takes priority in a case of conflict with conservation objectives, although measures are taken to mitigate possible impacts on biodiversity.

The regent in Ambiente is the Ministry of Environment and we have been working with them since 1998, but in 2017 we signed a cooperation agreement to minimize the jaguar-human conflict through a preventive management project to seek solutions. We have also achieved an alliance with USFWS to work farm management plans, anti-predation measures, monitoring with cameras and collars with the jaguar. We work with the Small Grants Program/UNDP/GEF and are working on a camera trap monitoring project in Darien and support/advice to community-based organizations, so that communities know how to solve and take to another level what is happening in their areas. Nat Geo supports us in the most extensive camera trap monitoring project in Panama in Darien, in addition to helping us in outreach and communications at the international level. With the Howard Huge Medical Institute (HHMI) we work in scientific research with camera traps, in addition to disseminating, communicating and educating through their digital platforms what we find in the Darien National Park. Other important alliances are the Ministry of Tourism, ANAGAN, ISA, University of Panama, UNEP. We work with some indigenous groups and more than 10 community-based organizations distributed throughout the country.

For the Yaguará Panama Foundation, communication is vital at all levels, even though we are a science-based organization. Science must be translated to the community and to other scientists, but also in media that have real impact with communities, decision makers, students of all levels and people from a child to a senior citizen. In order to reach everyone, we communicate in international impact magazines such as National Geographic, which is seen by millions of people around the world. This project is related to the topic of agriculture and since 2014 every month we publish in a national magazine called Ecos del Agro, which reaches more than 10,000 people. We also publish in the traditional written press several articles a year. We go on radio and TV about 10 to 20 times a year, in addition to our social networks. We give virtual talks (in pandemic: more than 11,000 people have listened to our presentations), and face-to-face, workshops. If we REALLY want to reach the majority of people we must communicate in all available media, because those who watch or see one, do not see others and so on.

One of the interesting aspects of this project is to measure the biodiversity in each of the farms and to know how many jaguars there are or cross the farms. For this we monitor them with camera traps. As each jaguar has unique spotting patterns for each individual, it is possible to know how many there are and record when they are in the different farms. In addition, we combine the camera traps with GPS collars that we place on the jaguars on the farms to know where they move, how many farms they visit and how much time they spend on the farm. This helps us understand the jaguar dynamics in an environment dominated by cattle ranchers and forest corridors between farms.

With the data from the camera traps and GPS collars we have been able to give the community a better understanding of the jaguar and why it is an important species for the ecosystems and for our own existence as human beings.

Based on the information collected we can measure indicators such as: number of jaguars per year and abundance of other mammals that are important prey for the jaguar, and we can help local and national decision makers and farm management decision makers.