For the last 60 years, a great number of rightsholders in Colombia have promoted sustainable management and biodiversity conservation of their territories beyond protected areas, even though their conservation efforts have not been recognized as important elements of climate-smart land planning and have very little governmental support. 

The project’s overarching goal is to strengthen and make visible the culturally rich and socially diverse conservation and sustainable production initiatives that different Colombian actors are implementing, as a contribution to sustainable development that does not impoverish the country's natural patrimony.

As their identification as Other Effective Area-Based Conservation Measures (OECM) is an opportunity to visualize those efforts, Resnatur and partners have been working for several years in adapting the OECM identification criteria to the Colombian context together with 27 initiatives, according to the international framework. 

This project contributes to the implementation in Colombia of the Convention on Biological Diversity’s Decision 14/8 of 2018 that “Encourages Parties and invites others, in collaboration with indigenous peoples and local communities, to apply … …advice on OECMs”; … “Identifying OECMs and their diverse options within their jurisdiction;”

A method of combating plastic pollution and organic matter in the ocean.

program created to contribute to sustainable development
the ability of states to better control the movement of populations in order to preserve the environment.
the environment.

Over the past 10 years, we have focused on assessing the conservation status of endemic species and their rehabilitation in the wild. We have made a great effort to preserve it and plan for its sustainability. The most important thing that my team and I reached is that the surrounding community, users of resources, researchers, and decision-makers, whether in the site or in the government away from the place, the private sector, and students even the public can destroy everything we built during the previous years as a result of their ignorance of what we work and its importance to us and them. Dissemination of information is an external protection shield to ensure the sustainability of activities on the site. Continuous training and awareness activities should be in the target area and throughout the country in order to avoid destruction due to ignorance. Also, not documenting the traditional knowledge inherited by the local community is extremely dangerous and its loss is a waste of wealth that will cost the state and the world huge sums to discover again.

Education, awareness, and documentation, could reduce the current and future pressures and reduce the impact and the cost of recovery.

Adopting a “complex-systems” approach meant mobilising all stakeholders in the elephant range around a common vision – the preservation of the Gourma elephants, a national and international heritage. This meant holding engagement workshops with each (government administration and technical services, tourism industry, schools, projects, programs and NGOs operating in the area) to understand their perspectives, and design impactful outreach materials and activities (including a schools program). It also meant engaging and coordinating the support of other institutions in-country (e.g. foreign embassies, MINUSMA, UNDP) to deliver.

At national level this has included working with government to draft an elephant management plan; create a mixed (forester-military) anti-poaching unit and engage expert anti-poaching trainers from Chengeta W.; and create a new protected area that covers the whole elephant migration route, using a biosphere reserve model. Multi-use zones are governed by local CBNRM conventions with foresters providing supplementary enforcement if required, thereby strengthening the community systems. This aligns government and community interests to mutually reinforce each other and provide a cost-effective approach to reserve management. This top-down approach complements the bottom-up approach of community engagement.

This vulnerability assessment methodology allows for the accurate targeting of nature-based solutions to critical areas of need in cities and sectors of the population. It specifically includes a gender focus to ensure that adaptation efforts take into account how climate change affects women differently than men, given their varying roles in society. The vulnerability studies allow identifying the areas of greatest danger from weather-related events (such as landslides, floods, etc.) based on the exposure, sensitivity and adaptive capacity of the analyzed territory. They are carried out through participatory processes with communities and key stakeholders and climatic scenarios that integrate climatic, environmental and socioeconomic variables at the same time. The analysis also allows estimating the risk of loss of ecosystem services and therefore the potential needs for adaptation to climate change. This exercise is the basis for designing and implementing nature-based solutions to strengthen the resilience of communities in urban and peri-urban systems. Finally, this process builds a sense of co-ownership and relationships for partnerships to carry out the project.

Without doubt, stone tidal weirs contribute to marine biodiversity.  In comparison with intertidal zoneswithout stone tidal weir, those with stone tidal weirs have host diverse marine species.

Once stone tidal weirs are abandoned, the less fish is caught.  As the attention of local people shifts to destructive modern fishery,  all aspects connected to cultural diversity would also be disappeared.  In order to maintain coastal communities sustainable, they must not lose their biocultural diversity; stone tidal weirs could be served as an icon of such diversity as well. The UNESCO UNITWIN university network researches and studies how stone tidal weirs in safeguarding biocultural diversity.

Stone tidal weirs are the most vulnerable against global climate change.  Recent field surveys and participant-observations of them prove that many stone tidal weirs have been abandoned or simply left broken, owing mainly to ocean environmental change.  If sea levels rise more than 1 meter, all stone tidal weirs on the earth do not function as fishing gear.   Once they are destroyed by storms or high waves, some coastal communities cannot afford to repair them, leaving simply them abandoned.  All over the world, indeed, the underwater cultural heritage of stone tidal weirs is in danger of closing down, as cultural heritage as well as traditional fishing gear.  For the purpose of understanding their vulnerability properly, the assessment of long-termed tidal range changes around stone tidal weirs, the measuring of coastal erosions faced by them, and the impact monitor of typhoons or high waves which destroy stone tidal weirs have been conducted, occasionally by help of remote sensing data.

The underwater cultural heritage of stone tidal weirs was originally born as a local fishing mechanism. The processes are based on a rich local traditional ecological knowledge, which brought on by members of local coastal communities. Traditionally, local communities used stone tidal weirs twice a month during the spring tide; a custom that has been preventing overfishing by locals. At high tide they sometimes functioned as fishponds. 

The traditional ecological knowledge, for instance, on non-fishing periods, as well as that on fishery-related ritual activities such as beach opening ceremonies, is widely observed at coastal communities but it is rapidly disappearing before being recorded properly by anthropologists or archaeologists. As stone tidal weirs are easily broken by typhoons or high waves, frequent community-led repairing works based on traditional knowledge are absolutely needed. In case stone tidal weirs are abandoned, however, both communal spirit and traditional ecological knowledge would extinct.