Enhancing the conservation and governance of indigenous and community conserved areas through tracking, mapping/documentation and mainstreaming of biodiversity conservation into the Black Volta Basin socio-ecological production landscape
The Problem Statement
Most indigenous communities in the project area have reserved small areas of natural vegetation for social, cultural, spiritual, ecological and economic uses. These reserved and protected patches of vegetation are called sacred groves. Sacred groves occupy few acres to several hectares, and they are distributed across ecologically sensitive areas throughout the country. Sacred groves play several ecological functions. They protect mountains, wetlands, watersheds, and serve as breeding/spawning sites for many aquatic and terrestrial animals. They are great depositories of biodiversity and provide refuge for endemic and endangered plant and animal species outside the government protected forest reserves. They prevent soil erosion and flooding and act as reservoirs for atmospheric greenhouse gases such as carbon dioxide. Many streams and rivers that provide potable water to rural communities have their source from the sacred groves.
Furthermore, sacred groves form strong economic backbone in rural economies, and are very significant in local peoples’ spiritual and cultural well-being. Rural communities depend directly on sacred groves for Non Timber Forest Products (NTFPs) including: fruits, pestle, snails, herbs, condiments and ingredients, mushrooms, bushmeat, wrappers, rattan, building materials and firewood. In many communities, sacred groves are home to numerous medicinal plants upon which the communities depend for treatment of sickness and diseases. In recent times, sacred groves are increasingly becoming tourist attraction sites because of unique and rare biological, geological and culturally significant features found in them. However, encroachment due to hunting, farming, infrastructure development, wildfires and illegal timber and unsustainable NTFPs harvesting have degraded and fragmented sacred groves. In many communities, sacred groves are almost depleted. This has reduced the abundance, rare and endemic biological diversities in them.
There are no detailed surveys or database of sacred groves, and information regarding them is little or not consistent despite socio-economic, ecological, cultural and spiritual contribution of sacred groves to the rural people and national economy. The total number of sacred groves within the landscape is not known, and their extent, biological compositions and socio-economic and ecological values have not been mapped and documented. As such, little importance has been attached to sacred groves conservation.
This project seeks to integrate Geographic Information System (GIS) and communities indigenous knowledge to map and document biological composition, the extent, and the location of all known sacred groves in Ghana, for sustainable utilization and development.
The project will identify and document all ecologically important species, as well as any geological and culturally significant features within the landscape. This will facilitate awareness and conservation of sacred groves and promote nature-based tourism. An aspect of the project will also include systemic carbon study to quantify carbon storage from which the communities will benefit directly from REDD+ or global carbon forestry. The project will identify and document communities’ indigenous knowledge used to manage sacred groves. Such knowledge is vital for national conservation strategies. The project will train and develop capacity of indigenous people on basic GIS and GPS application for biodiversity conservation, forestry operations, sustainable NTFPs harvesting and sacred grove integrated management plan.
1.3 Project Goal
The project seeks to enhance the conservation and governance of indigenous community conserved areas through tracking, mapping/documentation and mainstreaming of biodiversity conservation into the socio-ecological production landscape of the Black Volta Basin.
1.4 Objectives:
The objectives of the project are to:
a) identify, delineate and document sacred groves in within the designated socio-ecological production landscape of the Black Volta Basin.
b) conduct participatory inventory of plants diversity, map endemic and medicinal plants species within the sacred groves and document the rare biological, geographical and culturally significant features within sacred groves.
c) quantify carbon storage within sacred groves and
d) develop negotiate for the registration of the sacred site on ICCA global maps and guidance for the restoration of the degraded sacred landscapes
1.5 Projects Expected Results/Output
a) All indigenous community conserved areas within the Black Volta socio-ecological production landscapes, identified, inventoried, mapped and documented
b) A GIS database of sacred groves developed for the Black Volta and carbon storage estimated.
c) Document sacred groves on the global ICCAs with the permission of the landowners
d) Guidelines for the restoration of degraded and fragmented sacred groves with medicinal and endemic plant species developed
1.6 Project Activities
Output 1. All indigenous and community conserved areas within the Black Volta socio-ecological production landscapes, identified, inventoried, mapped and documented
Planned Activities:
1.1 Conduct stakeholder consultation process within participating communities
1.2 Selection of three (3) local people from each participating community
1.3 Organise workshops and develop tailor-made course content on GIS,GPS, forestry operations and biodiversity conservation
1.4 Train selected local people on GIS, GPS forestry operations and biodiversity conservation
Output 2: A GIS database of sacred groves developed and carbon storage estimated
1.5 Identify, map and inventory all sacred groves
1.6 Characterize all features of sacred groves in ArcGIS
1.7 Create attributes for sacred groves in ArcGIS
1.8 Develop metadata for all sacred groves
1.9 Create GIS database in ArcGIS
Output 3. Document sacred groves on the global ICCAs database with the permission of the landowners
Activities:
3.1 Organize stakeholder consultation meetings and brief them on the importance of ICCA global database.
3.2 promote free, prior and informed consent of the sacred grove owners to sign agreement of documentation including the obligations.
3.3 support the local communities to document the sacred sites on the global ICCA database
Output 4. Guidelines for the restoration of degraded and fragmented sacred groves with medicinal and endemic plant species developed
Proposed Activities:
4.1 Develop manual for scared site restorations
4.2 Conduct site selection for community nursery
4.3. Establish community tree nursery
4.4 Support communities to replant degraded areas
Most indigenous communities in the project area have reserved small areas of natural vegetation for social, cultural, spiritual, ecological and economic uses. These reserved and protected patches of vegetation are called sacred groves. Sacred groves occupy few acres to several hectares, and they are distributed across ecologically sensitive areas throughout the country. Sacred groves play several ecological functions. They protect mountains, wetlands, watersheds, and serve as breeding/spawning sites for many aquatic and terrestrial animals. They are great depositories of biodiversity and provide refuge for endemic and endangered plant and animal species outside the government protected forest reserves. They prevent soil erosion and flooding and act as reservoirs for atmospheric greenhouse gases such as carbon dioxide. Many streams and rivers that provide potable water to rural communities have their source from the sacred groves.
Furthermore, sacred groves form strong economic backbone in rural economies, and are very significant in local peoples’ spiritual and cultural well-being. Rural communities depend directly on sacred groves for Non Timber Forest Products (NTFPs) including: fruits, pestle, snails, herbs, condiments and ingredients, mushrooms, bushmeat, wrappers, rattan, building materials and firewood. In many communities, sacred groves are home to numerous medicinal plants upon which the communities depend for treatment of sickness and diseases. In recent times, sacred groves are increasingly becoming tourist attraction sites because of unique and rare biological, geological and culturally significant features found in them. However, encroachment due to hunting, farming, infrastructure development, wildfires and illegal timber and unsustainable NTFPs harvesting have degraded and fragmented sacred groves. In many communities, sacred groves are almost depleted. This has reduced the abundance, rare and endemic biological diversities in them.
There are no detailed surveys or database of sacred groves, and information regarding them is little or not consistent despite socio-economic, ecological, cultural and spiritual contribution of sacred groves to the rural people and national economy. The total number of sacred groves within the landscape is not known, and their extent, biological compositions and socio-economic and ecological values have not been mapped and documented. As such, little importance has been attached to sacred groves conservation.
This project seeks to integrate Geographic Information System (GIS) and communities indigenous knowledge to map and document biological composition, the extent, and the location of all known sacred groves in Ghana, for sustainable utilization and development.
The project will identify and document all ecologically important species, as well as any geological and culturally significant features within the landscape. This will facilitate awareness and conservation of sacred groves and promote nature-based tourism. An aspect of the project will also include systemic carbon study to quantify carbon storage from which the communities will benefit directly from REDD+ or global carbon forestry. The project will identify and document communities’ indigenous knowledge used to manage sacred groves. Such knowledge is vital for national conservation strategies. The project will train and develop capacity of indigenous people on basic GIS and GPS application for biodiversity conservation, forestry operations, sustainable NTFPs harvesting and sacred grove integrated management plan.
1.3 Project Goal
The project seeks to enhance the conservation and governance of indigenous community conserved areas through tracking, mapping/documentation and mainstreaming of biodiversity conservation into the socio-ecological production landscape of the Black Volta Basin.
1.4 Objectives:
The objectives of the project are to:
a) identify, delineate and document sacred groves in within the designated socio-ecological production landscape of the Black Volta Basin.
b) conduct participatory inventory of plants diversity, map endemic and medicinal plants species within the sacred groves and document the rare biological, geographical and culturally significant features within sacred groves.
c) quantify carbon storage within sacred groves and
d) develop negotiate for the registration of the sacred site on ICCA global maps and guidance for the restoration of the degraded sacred landscapes
1.5 Projects Expected Results/Output
a) All indigenous community conserved areas within the Black Volta socio-ecological production landscapes, identified, inventoried, mapped and documented
b) A GIS database of sacred groves developed for the Black Volta and carbon storage estimated.
c) Document sacred groves on the global ICCAs with the permission of the landowners
d) Guidelines for the restoration of degraded and fragmented sacred groves with medicinal and endemic plant species developed
1.6 Project Activities
Output 1. All indigenous and community conserved areas within the Black Volta socio-ecological production landscapes, identified, inventoried, mapped and documented
Planned Activities:
1.1 Conduct stakeholder consultation process within participating communities
1.2 Selection of three (3) local people from each participating community
1.3 Organise workshops and develop tailor-made course content on GIS,GPS, forestry operations and biodiversity conservation
1.4 Train selected local people on GIS, GPS forestry operations and biodiversity conservation
Output 2: A GIS database of sacred groves developed and carbon storage estimated
1.5 Identify, map and inventory all sacred groves
1.6 Characterize all features of sacred groves in ArcGIS
1.7 Create attributes for sacred groves in ArcGIS
1.8 Develop metadata for all sacred groves
1.9 Create GIS database in ArcGIS
Output 3. Document sacred groves on the global ICCAs database with the permission of the landowners
Activities:
3.1 Organize stakeholder consultation meetings and brief them on the importance of ICCA global database.
3.2 promote free, prior and informed consent of the sacred grove owners to sign agreement of documentation including the obligations.
3.3 support the local communities to document the sacred sites on the global ICCA database
Output 4. Guidelines for the restoration of degraded and fragmented sacred groves with medicinal and endemic plant species developed
Proposed Activities:
4.1 Develop manual for scared site restorations
4.2 Conduct site selection for community nursery
4.3. Establish community tree nursery
4.4 Support communities to replant degraded areas
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Project Snapshot
Grantee:
Ghana Institute of Sustainable Development
Country:
Ghana
Area Of Work:
Biodiversity
Grant Amount:
US$ 26,000.00
Co-Financing Cash:
US$ 8,000.00
Co-Financing in-Kind:
US$ 15,000.00
Project Number:
GHA/SGP/OP6/Y2/CORE/BD/2017/013
Status:
Satisfactorily Completed
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Project Characteristics and Results
Gender Focus
30% of people to be trained would be women and the rest would be young men.
Inovative Financial Mechanisms
Baseline survey through focus group discussions, personal interviews and field observation will be employed to capture and document new information, practices and lessons. Strength, Weakness, Opportunities and Threat (SWOT) analysis will be conducted in each participating communities before project implementation. This will provide understanding and history of the community’s resources and capacity for the project implementation.
The new practices and lessons acquired through the project implementation will be will be available to interested parties in the form of reports, workshops, conferences, presentations and media broadcast. The Project will disseminate relevant information and lessons through the SDI website and all records and database of the project will be made available to all students, academic institutions, researchers, policy, and decision-makers for planning and development.
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Indicators
Biophysical
Number of globally significant species protected by project
5
Biophysical
Number of local policies informed in biodiversity focal area
2
Empowerment
Number of CBOs / NGOs participated / involved in SGP project
2
Livehood
Number of individuals (gender diaggregated) who have benefited* from SGP project
250
SGP Country office contact
Dr. George Buabin Ortsin
Phone:
233-242-977980
Email:
Ms. Lois Sarpong
Phone:
+233 505740909
Email:
Address
UNDP, Global Environment Facility Small Grants Programme P.O. Box 1423
Accra, Greater Accra, 233-302
Accra, Greater Accra, 233-302
Visit the Ghana Country Page