Education, training, and other capacity building for the community

IFAW is increasing wildlife security in the Amboseli landscape by equipping community wildlife rangers with expertise and skills through training in human wildlife conflict mitigation and providing operation resources such as rations, salaries, GPS-equipment, uniforms and a patrol vehicle for use by the rangers.

IFAW also initiated an education scholarship to offer financial support to 60 students to pursue studies in high school, tertiary colleges and universities, and 50 community wildlife scouts. By providing education scholarships and wildlife ranger capacity building, IFAW ensures inclusive and equitable education and promotes lifelong learning opportunities and alternative livelihoods for the local community. 

IFAW is also working with local women to develop markets for income-generating activities such as beadwork and livestock management. By creating a boarding secondary school for girls and facilitating income generation among women, the project promotes gender equality and empowerment for all women and girls in Amboseli, thus, leaving no-one behind.

One of the most enabling factors in this project was the fact that the main stakeholders and owners of the land recognized that that habitat loss, degradation and fragmentation was an issue for both widlife and people and that they needed to do something about it.. By partnering up with the OOGR and the KWS, the project ensured community engagement and promotes peaceful and inclusive societies for the sustainable development of the local community and even provides a model to follow for other communities.

Buy-in from the local communities and the government (KWS) is extremely important to the success of the project. As advice to other implementers, working within existing governmental frameworks can help with implementation. At the same time, working hand and hand with local communities is essential to ensure buy-in and that project activities and interventions are actually leading to desired outcomes.

Collaboration with the Olgulului Olalarashi Group Ranch and KWS

Amboseli National Park is home to some of Kenya’s largest elephant populations which depend on the surrounding community land for migration. In 2008, the land stakeholders recognized that the habitat loss threats, degradation, and fragmentation would lead to the loss of livelihoods and tourism revenue and opted to ensure the ecosystem’s sustainability. IFAW therefore partnered with relevant stakeholders to secure critical corridors and dispersal areas for elephants in community areas of the Amboseli landscape. To achieve this, IFAW implemented a multi-year commitment to secure 26,000 acres as wildlife migratory and dispersal land in the Amboseli landscape (the Kitenden Corridor, one of the last remaining elephant migratory corridors connecting Kenya and Tanzania).

The strategy for the leased land was to develop the Kitenden Community Wildlife Conservancy, which will continue to offer a three pronged benefit to wildlife and its habitat, the local community (through eco-friendly, compatible tourism, and enterprise projects), and investors through tourism development and investment. In 2017, IFAW worked with the local Maasai community to register the Kitenden Conservancy Trust - an important step toward securing this portion of land as a community-owned conservancy that supports sustainable livelihoods.

IFAW partnered with the community of the Olgulului Olalarashi Group Ranch (OOGR, which surrounds 90 percent of the park) in order to ensure that the wildlife protection benefits were connected to human wellbeing improvements. For example, the securing of the Kitenden Corridor would not have been possible without IFAW’s commitment to sign separate agreements with 2,600 indigenous landowners. This has led to remarkable benefits for both the people of the community and the wildlife of the Amboseli National Park. Combining the expertise of science-based wildlife conservation and development initiatives within the community turned out to be essential and should be applied to future projects. Incorporating community input in a structured and profound way has led to unique interventions tailored for this specific community and interventions that are sustainable and popular among the community. Both the local leadership and the community have been heavily involved since the beginning of the project.

Mobilizing and building capacity of community Institutions

KENVO mobilized the community institutions (CFAs and WRUAs) into an organized group and built their capacity to engage in PES. Further, awareness on policies was raised among the community upstream. To strengthen the CFAs and the WRUAs, they were trained in all aspects related to PES – policies, practices, rights, responsibilities, fund management, monitoring and compliance. 

 

Community consultation engagements were held with CFAs and WRUAs and produced actions plans. The main objectives of the action plans was support land use practices that improve water quantity and quality and capacity build the local community to secure catchment restoration through water payment services scheme. 

 

KENVO was ready to broker relationships between community and the businesses.

The community institutions were in existence and willing to participate and commit to businesses.

• The local community institutions, CFAs and WRUAs are an asset for forest restoration as they have enough labor to do the work.

• Local community represented by CFAs and WRUAs need support to negotiate with the business sector.

• Businesses are willing to work with local community institutions, CFAs and WRUAs that demonstrate financial management capability and delivery of planned targets.

Develop a tool to test if young people will pay to learn conservation skills

1)      Conservation has become an increasingly popular career choice for young people all over the world. But many conservation organizations complain that young graduates don’t have the right attitude or the real-word skills. Nature Seychelles created the Conservation Boot Camp (CBC) on Cousin Island Special Reserve to test if the island could be used as a laboratory to equip young people with conservation skills, while at the same time use the fees paid as a sustainable funding mechanism for the MPA. The program was financially supported by the GEF from April 2016 to December 2019. The GEF project pays for a full time CBC Coordinator, equipment, and materials and other.  The coordinator manages the application process, and receives and integrates participants into the program.  A conservation manager leads on conservation work, while the Chief Warden manages all the logistics. The CBC is exclusive and takes a maximum of 6 persons per session and takes place the whole year. Each session lasts for 4 weeks and costs Euro 1000.00 (not including airfares and food). A 2 week program was been introduced due to demand. Nature Seychelles is a Private Training and Educational Institution under Seychelles law and a Certificate of Completion is awarded at the end of the training. 

  1. Cousin Island Special Reserve - the 50 year old conservation success story - as a laboratory to test the program.
  2. Funding to support the initial implementation and testing of the program
  3. Nature Seychelles is a certified private training institution by law
  4. Leadership and mentorship from the CE who has over 35 years conservation experience
  5. Existing human resource to support the implementation
  1. Initial funding is important as program depends on participants to fill all slots for it to be viable and sustainable. Not all slots were filled throughout the year.
  2. Having well-known successes provides credibility and helps in attracting participants.
  3. Necessary information laid out in a CBC handbook provided prior knowledge before sign up. 
  4. One size doesn’t fit all - although targeted at people interested in conservation careers, some participants had no previous or post interest in conservation.
  5. Mentorship with well-known figure helps to boost confidence and catalyse conservation careers
  6. Program not able to attract participants throughout the year. Under review to improve numbers so that it remains viable after the GEF funding ends. 
  7. The program was valuable for people from the region, in particular from Madagascar (18 participants), especially where there are not
    exposed to conservation success stories. 
The NMS-COUNT Iterative Framework: Phase 4

In Phase 4, a field study tests the methodology and performance of measures. The results of the study and all phases will be used to validate and standardize methods, and to advance development of visitation indicators and models.  Depending on the customized suite of methods developed in Phase 3, Phase 4 could contain a multitude of techniques that involve both on-site data collection via surveys and observations as well as data mining from existing sources or other agency activities.

Phase 4 requires synthesis of data from multiple agencies and stakeholders. This integration is critical to the success of the NMS-COUNT process. A full understanding of data analysis methods and data synthesis is required.  This Phase is also enabled by collaborative planning at the site level to determine proper spatial and temporal characteristics of sampling.

Phase 4 represents the ongoing data collection effort to fill in any gaps noted in the first three phases. One of the most critical gaps uncovered via NMS-COUNT in the existing visitor count data is the frequency of sampling or when and how often sampling occurs. Because of this gap, the research team will place interviewers on two dive boats to record observations of visitor counts in the sanctuary and to conduct interviews with the touring participants. There will also be several roving intercept surveyors which collect data from visitors as they leave the shoreline or return from offshore for visitor activities. Existing data streams will continue to inform the visitation estimates, with models that account for spatial and temporal changes detected by on-site sampling. Following the data collection effort, the results will be shared with academic and agency peers. Resource managers will continue to monitor and adjust use as needed to meet the requirements of the agency or other management plans.

The NMS-COUNT Iterative Framework: Phase 3

In Phase 3, data from expert panel input are analyzed and gaps are identified. A methodology is designed specific to the sanctuary based on this analysis. This methodology is customized to each specific MPA setting, based upon data gathered through Phases 1 and 2, as well as feedback from managers and stakeholders to assess the confidence associated with specific sampling techniques.

Similar to Phase 1, the greatest burden in Phase 3 is on the researcher. An appropriate methodology allows researchers to identify limits using existing data and illustrate gaps that hinder managers from fully understanding visitor use. A combination of expert judgment and feedback allows researchers to determine the utility of specific sampling techniques. Modeling of existing data sources within a framework that assigns confidence to each source helps create a starting point for visitation numbers that can be built upon in later iterations.

In Phase 3, researchers compiled the data shared by all the various stakeholders. For Gray’s Reef, data were synthesized and evaluated to understand the correlation in the confidence in the data by stakeholders. Using a 10-point confidence scale, stakeholder perceptions of their confidence in the data were tabulated. The panel study revealed that data on visitor counts were being collected by multiple agencies (i.e., NOAA, U.S. Coast Guard, GADNR) and sources including satellite, boat radar, smart-buoy, on-site patrols, and underwater hydrophones. This breadth of data was only realized by following the NMS-COUNT process, as the data emerged during the second and third phases of the process. The NMS-COUNT process helped all of those involved in managing visitation to collaborate and understand the types of data being collected across multiple agencies. The process also facilitated the integration of multiple data sources to provide a more comprehensive understanding of visitation to the Sanctuary.

Science and technical expertise

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.

IUCN supported DPCL in developing an Environment Management Plan (EMP). This plan was scientifically robust and practically implementable, going beyond the existing legal requirements. Most importantly EMP was designed in such a way that it becomes the integral part of the Standard Operating Procedures (SOPs) of DPCL. This makes it different from other EMPs.

 

Large-scale infrastructure can be designed to successfully incorporate biodiversity considerations.

Innovative funding schemes

The exclusiveness of these private islands means that they get a particular clientele that keeps returning for holidays at these places - some are known as repeated guests for over 15 years. Setting up a philanthropic club exclusively for selected guests allows them to donate to a conservation fund that will support the island’s protected area . 

Secondly, unique high-quality merchandise was developed together with local artisans, with the aim of offering signature products exclusively available at these islands, and generating a premium price. A collaboration was forged with Roots Seychelles, who specifically designed textile products inspired by local culture and techniques. Selected pareos were made for clientele of Denis Island that would portray both the environment and colors of the island. 

Another revenue generating program developed was the ‘plant-a-tree’ scheme where guests were invited to plant a tree to commemorate important life events such as a wedding, anniversary or birth, and thereafter made a donation to support the earmarked protected area or environment protection activities of the island. A commemorative plaque with any message requested by the guest is engraved, includeing the date of planting, and the tree species planted. 

In order to develop innovative schemes, it was necessary to chose unique products inspired by local culture and tradition also trailed schemes that seem to generate interest from guests.  

The development of these unique financing schemes needed not be seen as another way of extorting more money from guests. Careful thought needed to be given to how to make guests contribute to an important cause. The schemes therefore needed to be marketed correctly and trailed to ensure that they worked for the island’s specificities. 

Addressing specific concerns of local communities, associated with establishment of Machakhela National Park (MNP)

Establishment of the National park had some specific impact on the communities living in the valley, such as limitation of access to the fuelwood and aggravation of human-wildlife conflict.

 

The classic approach used by the PA system to address both scenarios would be based on control and penalization of illegal activities. However, the project approach was to try to address the root cause of the issues and thus reduce the basis for conflict between the MNP and local communities.

 

In the fuelwood case, the project has initiated activities that try to reduce overall demand though increased efficiency of use and fuelwood alternatives. In close consultation with local households, the project assessed potential alternatives, practically tested and demonstrated the chosen options with households, and on that basis disseminated results and encouraged replication.

 

Likewise, in the case of human/wildlife conflict issue, the project approach was to test methods to mitigate the problem by assessing the situation and testing approaches that are selected after an evaluation of practicality and feasibility.

 

In both cases, a key aspect was the direct involvement of the MNP Administration so that they can become seen as part of the solution to local households problems, rather than a cause.

  • Availability of competent organizations with specific knowledge and experience to perform feasibility surveys and assessment of alternatives 
  • Openness of the MNP Administration to engage practically in support of household initiatives, such as support provided to households in bulk buying of hazelnut shells used as a fuelwood alternative.
  • Introduction of alternative solutions should be promoted and prioritized in regional and national forestry, protected areas, rural development and climate change mitigation/adaption strategies and plans. All relevant actors, particularly the PA administrations, forestry agencies, municipalities, NGOs and donor institutions should promote the greater awareness, demonstration and facilitation of the uptake of appropriate solutions due to the multiple benefits they provide.
  • Involvement of the private sectors (retailers of relevant equipment, relevant local/national workshops and  producers, maintenance providers, etc) will be important in ensuring that economic barriers to the uptake of alternative solutions are minimized 
  • Introduction and promotion of alternatives should be based on factual knowledge and understanding of the concrete “real life” needs and opportunities of rural households, if they are to have any likelihood of sustained uptake and impact. Consultation with target communities and feasibility assessment should therefore be essential prerequisites of any such initiatives
Pasture Management Techniques

Pasture management Planning in Tajikistan

Overgrazing, especially in the immediate vicinity of villages puts significant pressure on the communal pasture lands and leads to serious land degradation. This land degradation puts the livelihood and food security of the rural Tajik population at risk. Despite the adoption of the pasture law in 2013 (which sets the framework), community-based controlled grazing mechanisms are not yet widespread. Main reasons are the absence of by-laws and weak law enforcement. Sustainable pasture management planning is consequently a crucial tool to be applied by pasture users.

 

1. Study of the current pasture management plans to identify needs for improvement

2. Pasture plant species catalog

3. Tool for calculating the pasture carrying capacity 

4. Grazing calendars

5. Techniques for sustainable fodder production for the winter season

 

For a successful implementation of sustainable pasture management techniques, the following should be considered:

  • Assess the current conditions of the pasture and look at the current way the community is managing its pasture;
  • Improve livestock management overall and do not only look at pasture management;
  • Apply a simple tool to calculate the pasture carrying capacity;
  • Provide practical exercises in the field for farmers, e.g. through farmer field schools;
  • Ensure the pastures can regenerate after a grazing period and pastures are not grazed too early in spring;
  • Provide low-cost fencing techniques;
  • Use traditional, local varieties of fodder seeds;

  • Increase plant diversity that provides nectar for pollinators and beneficial insects;

  • Control and prevent erosion;

  • Ensures economic benefits to farmers

  • Ensure optimal use of fodder production areas;

  • Ensure access to technologies through documentation of techniques on platforms like Wocat and PANORAMA.