Maintaining and strengthening the established stakeholder’s engagement mechanism with  overarching  provincial, district and divisional governance bodies with sustainable financing solutions and capacity building is required for sustainability and replicability of the solution.  'The National Policy of the Environmentally Sensitive Areas management' provides the required policy framework for replication of this solution. When the communities identify the potential of resilience building of their livelihood through conservation, it becomes an incentive for their active collaboration on co-management and join monitoring of natural resources. Within given Sri Lankan context, there are many environmentally sensitive seascapes, where it could replicate this model, and this is being factored within National Environment Action Plan 2021-2030 for Sri Lanka. Therefore, there is an evident potential for sustainability and replication of this model.

The second wave of COVID-19 in April, 2021 left India in deep distress, with rural and remote communities affected severely. These areas have a huge shortage of essential supplies and medicines, with primary health centre (PHC) workers being short staffed and overworked. Due to CWS’ strong on-ground presence and the implementation of Wild Surakshe workshops in rural Karnataka and Goa, we were able to directly observe the devastating impacts of COVID-19 on people in rural India.

The Wild Surakshe program has enabled us to build a network of several hundred people to act on the ground. Thus, our local field staff are well-equipped to provide support and help curtail the rapid spread of COVID-19 and similar zoonotic diseases in these areas.

We are currently using our resources to support over 500 PHCs across Karnataka and Goa by procuring COVID-19 essentials like face shields, PPE kits, oximeters, thermal scanners, gloves, masks, and medicines. Our field staff are also closely monitoring the state of these PHCs to offer any additional immediate assistance they need. By providing such immediate assistance during emergencies in our project areas, we want to ensure people are getting help when they really need it, and strengthen our ties to local communities and stakeholders.  

Key stakeholders such as Department of Wildlife Conservation, Divisional Secretariat & District Secretariats, Ministry of Environment, UNDP, Ocean Resources Conservation Association, University of Wayamba, IUCN, Sri Lanka Navy, Coastal Conservation Department, National Aquatic Resources Research and Development Agency were involved in this project. Together the technical knowledge and experience of experts in the field, demarcation of the Bar Reef, designing of buoys, buoy deployment and allied activities were implemented.

While above named institutions provided the neccessary technical expertise, training and awareness and input for monitoring and evaluation, key local community members, such as members of the 'Tour Boat Society' (a society which was established for tour guides in the area), were also given the opportunity to participate in the demarcation activities to identify the GPS locations of the areas to be protected at Bar reef with the participation of specialists and other stakeholders. An identified team of locals, such as tour boat operators/guides were also involved as local volunteers to assist in monitoring and maintenance of the buoys and the protected zone.

Before and after each Wild Surakshe workshop, we conduct pre and post surveys. The surveys allow us to record the baseline level of knowledge of participants and to receive feedback about the workshops. So far we have conducted more than 3000 pre surveys and 2500 post surveys. We are currently analyzing the information collected from these surveys from over 150 workshops.To enable offline data collection in remote areas we have developed an application and platform called Wild Connect. Our staff download the app on their phone to access the forms they need to fill. Once the data is entered, the forms are stored locally, then uploaded to the cloud whenever internet connectivity is available. This cloud data can be accessed and downloaded by our central office staff for validation and further analysis. Our staff also use the app to collect data on human-wildlife conflict incidents. Wild Connect is only used by CWS staff to collect data, and is not used for any insurance or compensation payments. The results and outputs from the Wild Surakshe program will be shared with relevant government and private agencies and published in peer-reviewed scientific articles and reports to develop targeted long-term interventions to prevent future outbreaks and the rapid spread of zoonotic diseases.

Radical Listening initiates a paradigm shift by asking Traditional and Indigenous rainforest communities this simple question. “You are the guardians of a rainforest that is valuable to the health of the whole planet. How might the world community assist you to live in balance with this rainforest as a thank you for your guardianship of it?”  Our belief is that communities hold the key to humanity’s longevity. Traditional conservation approaches are often based on punitive measures and seldom linked to human well-being. Our approach is based on reciprocity, and valuing local people and traditional science. 

Livestock plays a critical social and economic role in Laikipia – over 50% of the land is under livestock production. This building block aims to support local rural communities increase livestock productivity whilst reducing environmental damage. The approach supports livelihoods as well as addresses key threats to biodiversity.

Livestock extension services improve skills and knowledge in all aspects of livestock husbandry and natural resource management. Artificial insemination services are provided at affordable prices to improve cattle quality and can demand higher prices. Training and support are provided on:

• Husbandry – livestock disease management, health care, administration of drugs to prevent disease.
• Resource management – water and land management including best practice grazing management to support livestock and reduce land degradation.
• Alternative micro-enterprise – aimed at women and youth, support in establishing enterprises such as poultry and beekeeping.

Trained farmers are encouraged to share their knowledge and skills with other community members. This approach means more people are reached. Livelihoods are enhanced as well as building support for conservation through benefit-sharing.

The innovative integrated land management approach was pioneered by Ol Pejeta and other conservancies in Laikipia County, Kenya. It is a nature-based solution that enables a healthy habitat for wildlife and generates income that can be reinvested in conservation and community development. The approach has been implemented since 2004, along with a community development programme that includes agriculture extension services.

Cattle are integrated with wildlife across the conservancy in carefully managed grazing patterns that replicate the ancient movement of vast herds of ungulates that used to roam the land. As cattle are moved across the rangeland, grasses are kept short and healthy, encouraging those species and new growth that sustains wild herbivores. Cattle are kept in mobile bomas overnight to protect them from predation. This concentration also creates ecological hotspots where manure fertilizes new grass growth. The bomas are relocated every 1–14 days, depending on the weather.

The grass-fed cattle are of high quality and demand premium prices. They are sold under our Conservation Beef brand, generating income for Ol Pejeta. This approach means the land is productive as well as provides healthy habitat that supports a wide range of wildlife species. It also enables benefit-sharing of conservation for communities.

The underpinning purpose of this building block is to create baseline for the entire solution. Once the site is selected for solution, primary and secondary data is collected through research and analysis. For instance, It is with the help of bathymetric data that the depth of the shortlisted ponds is identified, which further facilitates in choosing the right pond with the required depth (0.8 - 3 meters) for installing floating treatment wetland.

Using manual labour allows for selective removal of invasive plants. This protects the other native vegetation in the area, allowing for the native vegetation and grasses to grow back in the following months whereas when using heavy machinery, the top layer of soil in addition to the grass and native vegetation are removed. Using heavy machinery also removes vital seed banks of native plants, which further facilitates the spread of invasive plants.

It is critical to remove the IAS before the seeds mature and disperse. Through this project, we aim to remove as much IAS growth as possible manually (inclusive of roots), before they shed seeds. The remaining plants, which are more difficult to uproot, will be removed via a ‘slasher’ and the roots will be removed manually, at a later stage, when the soil is moist and plants may be easily uprooted. FEO has observed regrowth of grass after a couple weeks of IAS removal and the growth of native vegetation inhibits the regrowth of invasive species in the cleared areas.

multiple pages, tabs and pull down menus allow visitors to download both learning tools and manuals and referernces and access articles and videos. "Teacher's Corner" page was added with local schools' input to supplement mandated curriula in Belize with coloring books and other aids specefic to Belize's reef and marine life.