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Pacific Island Blue Carbon Knowledge Exchange Network







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    Document
    Overview of existing knowledge exchange platforms in Pacific Small Island Developing States
    SIDS Forum 30-31 August 2021
    2021
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    This desk review provides an overview of the existing knowledge exchange platforms in SIDS, with a particular emphasis on identifying the gaps that the proposed FAO platform will fill as a complementary platform. This paper is neither an evaluation of the existing knowledge exchange platforms in SIDS nor an academic paper, which could easily provide critiques as an intellectual exercise. Instead, the paper is policy research driven for government, development partners and private-sector readership. This review is limited to the identification of existing knowledge exchange platforms promoting innovation and digitalization within the context of agriculture, food, nutrition, health and the environment. Conversely, to remain aligned with the phase approach of SIDS Solutions Platform development, the review is focused on the Pacific SIDS, as well as the Maldives because of geographic proximity.
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    Brochure, flyer, fact-sheet
    Blue food value chain solutions – Mobilising knowledge – Marshall Islands
    Reefer maintenance and repair training
    2024
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    This fact sheet presents the FISH4ACP reefer maintenance and repair training programme for technicians from major tuna processing companies in the Marshall Islands. This programme will help bring more value of the tuna industry onshore by strengthening its position as a hub for tuna containerization.
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    Article
    Planting design, survival and blue carbon stock of mangrove plantations in Banacon Island, Philippines
    XV World Forestry Congress, 2-6 May 2022
    2022
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    Mangrove forests have the capacity to store and sequester vast amount of atmospheric carbon. Coastal reforestation in the tropics became more popular because of this ecosystem service and their value to protect human from the impacts of tsunami and storm surge. To illustrate mangrove’s blue carbon potential in view of planting design, carbon stock assessment of 20-year old Rhizophora stylosa plantations was done. Tree and sediment carbon stocks were determined using standard nested plot technique. These parameters were further examined in terms of the plant spacing used during the plantation establishment, namely: 0.5m x 0.5m; and 1.0m x 1.0m. Key findings showed that plantations that were established with closer spacing i.e. 0.5m x 0.5m spacing have higher stand density values than those with 1.0m x 1.0m interval by about 23,900 trees ha-1. Survival rate was also significantly higher in the former than the latter with a mean difference of 23%. In view of total carbon stocks, 0.5m x 0.5m spaced stands contain 276.8±11.6 tC ha-1, of which sediment has contributed about 110.1 tC ha-1 (40%). On the other hand, stands of 1.0m x 1.0m spacing have only 157.6±40.1 tC ha-1, wherein 21.3 tC ha-1 (48.2%) is attributable to sediments. Overall findings suggested that planting at a closer spacing (0.5m distance) could produce larger sediment carbon stock. A significant mean difference of 88.80 tC ha-1 was computed in favor of 0.5m x 0.5m stand, which is indicative of two possible reasons: a) thicker vegetation provides larger source organic material through litterfall; b) more interlinked roots help stabilize sediment from erosion while effectively trapping more organic material from other sources during tidal movements. ID: 3477110

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