Blue Parks relies heavily on collaborations with other conservation NGOs, communications and marketing professionals, government leaders, MPA managers, scientists, and local ocean champions. Growing the network of Blue Parks and amplifying the Blue Park standard for conservation effectiveness requires many partners.
Blue Parks has benefitted from the contributions of many partners. These collaborations have been made possible by a growing awareness that MPA coverage alone is not sufficient to safeguard biodiversity -- that we need to fully implement high quality MPAs in order to see conservation outcomes, and most MPAs are not yet well implemented.
These collaborations have also grown out of Marine Conservation Institute's long-standing history as a trusted partner among marine scientists, conservation organizations, and governments.
Nurturing collaborations across multiple sectors (government, NGO, academia) requires clear communication. We have found that regular, though not too frequent, outreach and communication with these partners keeps the collaborations active, and that these communications are most effective when they are designed for the audience, so we often send separate communications to partners in different sectors.
At the heart of Blue Parks is an incentive to improve MPA quality. Governments receive international attention for announcing big new MPA designations; they also need positive feedback for making good on those promises and implementing MPAs well. Being incentive-based, the initiative is focused on success stories of marine conservation and inspires governments, MPA managers, communities, and NGO partners to consider the possibility of excellence and the recognition that comes with excellence.
To be successful as an incentive to improve MPA quality, the Blue Park Awards must be well-known and desireable. Governments, MPA managers, community leaders, and NGO partners must want the award. To build this incentive, we offer a cash prize alongside the award, we make the award announcements at high-profile international meetings so that high-level government officials and compelling community leaders may participate in accepting the award, and we amplify the award announcement through press releases and online media outlets.
We have learned two important lessons -- the first is that conservation successes receive too little fanfare -- MPA managers, in particular, are so grateful for Blue Parks' recognition of their hard work. The second is that a small science-based organization is not well-positioned with the capacity for "brand building" -- we have relied heavily on partnerships to market Blue Parks (one of the other key building blocks of Blue Parks).
International Scientific Expertise - The Blue Parks Science Council
Incentive to improve MPA quality
Collaboration
Reduce demand on wood energy
Box kiln for charcoal production
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Training on efficient charcoal production
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Distribution of cook stoves
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Two approaches to the energy-efficient use of wood energy have been introduced in the project communities. 5000 efficient charcoal cookstoves and 5 mobile charcoal kilns (Adam box kiln) have been distributed for improved charcoal production and consumption. The box kiln has been proven to have an efficiency of 30% compared to traditional kilns and is easier and cheaper to construct than conventional metal kilns. The local communities have been trained in the operation of the metal box kiln. In addition, training of trainers was conducted to introduce other more efficient ways of charcoal production like e.g. the Casamance technique.
The majority of the charcoal producers in Ghana are using the earth mound technique to produce charcoal with low efficiency of mostly below 20%. With improved techniques, efficiencies can be improved by up to 35% which can half the demand for wood for producing the same amount of charcoal. In addition, carbonisation is done in fewer days and needs less work labour.
Charcoal producers welcomed the box kiln due to the faster carbonization, higher efficiency and less work (e.g. no digging of soil). As the charcoal producers work mainly individual it is important to establish producer groups so the kiln can be used continually. As the charcoal production normally takes place where the trees are logged, it is also important to arrange a transportation system for the box kiln or use it beside the established energy wood plantations where higher amounts of biomass are available.
Logging of trees in natural forests for charcoal and fire-wood production is mostly unregulated and not monitored in Ghana. This leads to overexploitation and unsustainable forest management. The implementation of an inventory and monitoring system which based on communities’ needs is key to achieve sustainable forest management.
Community forest management plans were developed which integrate the sustainable management of the project restoration and energy wood plantation sites, but also the protection of selected zones like e.g. river buffers and general management of the forest resources. Regular uncontrolled bushfires destroy upcoming natural regeneration and planted tree seedlings. A bush fire management system was therefore integrated in the plans as well and supported by the training of fire volunteers in patrolling and suppression of uncontrolled fires
Communities and charcoal producers need to be well integrated in the development of a forest monitoring and management system. Beside that it needs to be supported by the local authorities to determine, for example the sustainable volume of wood which can be annually harvested and to select zones and tree species which should be protected from logging. For a functionable bush fire management it is key that especially farmers and herdsman are aware about the risks and damages uncontrolled fires can cause and how they can control them.
The Forest Landscape Restoration project established 3 community tree nurseries in the project area and raised 1 million local tree seedlings from 2020-2022. Natural forests degraded by charcoal production, illegal logging, cattle grazing, bush fires etc. were rehabilitated and 315 ha were established with fast growing tree species to serve as wood source for charcoal production. Landowners and plantation owners were trained in ecosystem services of natural forests, forest and biodiversity monitoring, rehabilitation measures and agroforestry practices.
Activities are sustained in the long term and strengthened in their function as carbon sinks through management plans and monitoring systems for the rehabilitation of degraded natural forests and agroforest areas.
Land availability, clear land use rights, and community commitment are key for establishing and sustainable management of energy wood and agroforestry sites. Especially in very degraded areas with low woody biomass sources fast growing tree species can provide short-term fuel wood for charcoal production.
In areas with a good natural regeneration potential planting of trees is often not necessary. More important is the reduction of risks like uncontrolled bush fires which harm upcoming regeneration. Selected fast grwoing tree species need to be suitable to the site conditions and should be integrated in agroforestry systems or green fire belts as it reduces the risk of loss through bush fires or cattle grazing.
