Dredging, recognized as a serious threat to the marine turtles, was identified by IUCN as a priority.  IUCN, with experts from the Species Survival Commission’s Marine Turtle Specialist Group designed and developed a dredging protocol to be followed during port operations. These included installing turtle deflectors on all dredger drag-heads to help ensure turtles were not pulled into the dredger. Trained observers were assigned to all dredgers to monitor this process. These observers would check screens on inflow and overflow pipes on a 24/7 basis. These measures (deflectors, screens, and human observers) were put in place to ensure that the dredging was “turtle friendly”. Such measures were the first to have been put in place in the history of dredging activities in India.

Lighting was the second major threat identified because excess glare is known to distract turtle hatchlings as they instinctively move towards brightly lit areas and away from the sea. For this, the IUCN Commission experts provided specific guidelines for the port’s lighting plan, which was adopted by the port authorities. IUCN further supported Tata Steel in identifying the right design for these lights. Today, Dhamra Port is the first and only port in India to have installed “turtle friendly” lighting.

The Naturland standard requires each farm to have at least 50% mangrove cover while other organic standards require strict compliance with forest policy. Farmers who can demonstrate compliance then have the option of selling their certified shrimp to the Minh Phu Seafood Corporation, Viet Nam’s largest shrimp exporter.

The project also successfully supported Cà Mau in piloting a Payment for Ecosystem Services (PES) system. This system provides an incentive for mangrove conservation and restoration by paying farmers an additional 500,000 VND (£17.77) per hectare of mangrove for providing ecosystem services.

Besides payments for farmers, Minh Phu also invested in its own ICS team, a supply chain from farm to factory, and financial incentives for collectors, collecting stations, and payments to support the FMB with monitoring.

In this PES system, the processor pays the farmers for the ecosystem goods and services they provide, and mangrove cover is monitored by a third-party. This direct payment approach has been accepted by Ministry of Agriculture and Rural Development.

The project has also encouraged other processing companies to establish their organic farming area with different payment schemes, these companies include Seanamico, Seaprimexco in Ca Mau.

In order to obtain organic certification, farmers require training on installing and using toilets with septic tanks, and household waste management. Co-financing the provision of toilet kits and the replanting of mangroves in shrimp ponds are also required during a pilot demonstration.

Not only do farmers need to be trained, but forest protectors also need to be trained on applicable new technology for mangrove management and protection in order to monitor and audit the contracted mangrove cover. From 2013-2017, the project organised regular training to help transform the forest management system of the Forest Management Boards from one that relied on manually drawn cadastral maps and field measurement to one that is based on digital maps, using remote sensing, GIS, and GPS measurement and monitoring systems.

The project also needs to provide shrimp processing companies with training to establish and maintain Internal Control System teams. This training helps the companies to establish organic farming auditors and monitoring teams of their own. These teams are required to support and supervise the organic farmers over large areas to meet the standard for organic certification.  

Under an ecosystem-based adaptation approach and a micro-basin vision, efforts in Esquichá focused on improving livelihoods and ecosystem resilience in order to reduce climate change vulnerability. Tropical storms and hurricans such as the Stand affected communities in the past (water infraestructure, erosion or loss of water springs). Applying an ecosystem approach was part of strengthening governance for climate change adaptation in the Esquichá micro-watershed.

Measures implemented are: 

• protection and recovery of forests in water recharge zones. E.g. protection of pine forests (Abies guatemalensis) that harbour water sources that supply populations in the lower part of the micro-basin.
• Restoration of degraded lands and stabilization of slopes
• Implementation and optimization of agroforestry systems.

Additionally, there was broad acceptance of the need for a more integrated approach to water resource management, partly due to the water scarcity that communities suffer during the dry season and in the upper parts of the micro-basin. The concept of environmental social responsibility was also promoted among communities, whereby upstream communities take measures that benefit downstream communities. 

Governance options and responses for adaptation to climate change are new and must be constantly evolving; desicions and governance pklan need to be flexible; hence adaptation must move forward under a flexible approach. This is possible with the application of EbA measures with a "learning by doing" while using best available sicientific information on climate scenarios and informing policy local and national instruments.

Climate vulnerability in Esquichá was assessed using the CRiSTAL tool ( “Community-based Risk Screening Tool – Adaptation and Livelihoods.")

After a first planing of EbA activities, actions for integrating flexibility were:

• The periodic evaluation of field EbA actions and the adoption of short-term decisions
• Monitoring and evaluation results will be key to include important adjustments
• Inclusion of EbA measures in the Microbasin Management Plan
• Assessment of measures to inform the municipality Development Plan.
• Informing of results to competent authorities as the municipality of the Forest Institute (INAB). This has lead INAB to seek tools to improve the way incentives are assigned and to identify communities located in key water catchment areas.

There is a continuous process of capacity building with local communities and institutions to identify, design and implement ecosystem-based adaptation (EBA) measures, generating evidence on their benefits, and creating conditions for their sustainability.

The process includes not only theoretical workshops but also: technical assistance, field practices, exchange tours and a diploma for municipal technicians. The process is collaborative and participatory, and the experience was of great learning and empowerment for the groups involved, especially women.

Some examples of activities include:

• Application of the CRiSTAL tool - "Community-based Risk Screening Tool - Adaptation and Livelihoods"  with municipal and community representatives
• Along with 16 communities and the Municipality of Tacaná, the forest restoration strategy was designed and implemented, supporting community nurseries
• Communities are accompanied in the management of forest incentives for sanitation, reforestation and protection actions.
• Local leaders are trained in methodologies to monitor the effects of forest restoration and protection of water sources on food and water security.

Based on the vulnerability analysis and by common agreement, the communities prioritized several EbA measures in order to increase their resilience:

• Protection and restoration of water recharge zones. Includes reforestation on municipal or communal lands with water sources; protection of community pine forests where the largest areas of natural forests (Abies guatemalensis) in good condition are found; reparation of communal forests affected by pests; and reforestation of areas without trees adjacent to natural forests. For these actions that improve connectivity and forest cover, access to forest incentives is also promoted.
• Establishment (1) and strengthening (15) of community forestry nurseries, to support reforestation actions.
• Agro-forestry systems and good practices: Productive systems on 16 farms are optimized and diversified, incorporating timber and fruit trees to improve soil conservation, productivity and food security.
• Recovery of lands affected by landslides: Agroforestry systems as well as access to forest incentives for the recovery of areas damaged by storms are promoted.

The communities of the microbasin  embraced these measures and support their implementation with important technical resources.

The success of the community managed vulture safe zones is because of the ownership to the local communities. When locals get ownership they feel their rights and are encouraged to invest their resources and time. The locals might take the ownership itself as a reward and their willingness to support the cause will be very high though there is less benefit compared to other thing. Apart from some technical support all the management part was taken by the local communities.   

11 member Committee has been formed to manage the vulture safe zone  and also a five year management plan is in place. The committee manages the overall setup of the vulture safe zone and are supported by two staff. Tourism promotion, supply of food to vulture and counting of vulture nest and vultures in feeding are the day to day operation of the vulture safe zone.

Large scale conservation and EbA projects require a long gestation period to establish institutions and practices that can create long term benefits for the landscapes and its community. Involvement of the Government agencies is thus critical in ensuring success of solutions like these. As the Government agencies ensure strong institutional capacity, continuity and source of finances to undertake conservation and developmental activities. 

However, the success of the solution also lies in ensuring that the initiative receives financing from varied resources. For e.g. in this project - RBS FI and AF provided the requisite financing to support activities that are not covered by the Government funds. RBS FI and AF funds have enabled CSOs to meet their institutions costs and employ trained human resources at the grassroot levels. Involvement of CSOs facilitates convergence of project activities with Government schemes and thus ensures that funds are spent optimally. 

Community contribution is also a critical source of finance, and under this solution all activities and interventions have this element. This ensures that community is invested in the project and owns up to the activities being promoted. Having a transparent and robust contribution system gives a boost to the sustainability.

One of the main building block of this solution is citizen science since the locals were themselves monitoring the vulture colony so it was very easy for them to understand the population decline of the vulture. Also carcass disposal was a burden for them. Citizen science is very useful in mobilising the group to take action in addressing the issue. Hence the same formula was also applied in our solution.  The communities were very positive in setting up community managed vulture restaurant. Community managed vulture restaurant consists of a cow shed where old cows are kept till they naturally die and then fed to the vultures in an designated open space. This will let the vultures having the nesting colony there to feed on the safe diclofenac free carcass. In addition to this a bird hide and information center has been established for tourist and general public to see the vultures feeding as well as sharing knowledge on vulture crisis in the country and the conservation effort from the local communities. Communities are also benefiting from the tourism promotion.