Belize Blue Carbon: Establishing a national carbon stock estimate for mangrove ecosystems

Mangrove ecosystems are among the most economically and ecologically valuable marine environments in the world. Mangroves are effective at long-term carbon storage within their sediments and are estimated to hold 12 billion metric tons of carbon worldwide. These ecosystems are therefore vitally impo...

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Veröffentlicht in:The Science of the total environment 2023-04, Vol.870, p.161829-161829, Article 161829
Hauptverfasser: Morrissette, Hannah K., Baez, Stacy K., Beers, Lisa, Bood, Nadia, Martinez, Ninon D., Novelo, Kevin, Andrews, Gilbert, Balan, Luis, Beers, C. Scott, Betancourt, Sumeet A., Blanco, Reynel, Bowden, Eeryn, Burns-Perez, Virginia, Carcamo, Mercedes, Chevez, Luis, Crooks, Stephen, Feller, Ilka C., Galvez, Galento, Garbutt, Kent, Gongora, Ronny, Grijalva, Edalmi, Lefcheck, Jonathan, Mahung, Alwyn, Mattis, Colin, McKoy, Tre, McLaughlin, Daniel, Meza, Johan, Pott, Edwardo, Ramirez, Genevieve, Ramnarace, Vivian, Rash, Anthony, Rosado, Samir, Santos, Honorio, Santoya, Leomir, Sosa, Wilson, Ugarte, Gabriela, Viamil, Jose, Young, Arlene, Young, Jayron, Canty, Steven W.J.
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container_issue
container_start_page 161829
container_title The Science of the total environment
container_volume 870
creator Morrissette, Hannah K.
Baez, Stacy K.
Beers, Lisa
Bood, Nadia
Martinez, Ninon D.
Novelo, Kevin
Andrews, Gilbert
Balan, Luis
Beers, C. Scott
Betancourt, Sumeet A.
Blanco, Reynel
Bowden, Eeryn
Burns-Perez, Virginia
Carcamo, Mercedes
Chevez, Luis
Crooks, Stephen
Feller, Ilka C.
Galvez, Galento
Garbutt, Kent
Gongora, Ronny
Grijalva, Edalmi
Lefcheck, Jonathan
Mahung, Alwyn
Mattis, Colin
McKoy, Tre
McLaughlin, Daniel
Meza, Johan
Pott, Edwardo
Ramirez, Genevieve
Ramnarace, Vivian
Rash, Anthony
Rosado, Samir
Santos, Honorio
Santoya, Leomir
Sosa, Wilson
Ugarte, Gabriela
Viamil, Jose
Young, Arlene
Young, Jayron
Canty, Steven W.J.
description Mangrove ecosystems are among the most economically and ecologically valuable marine environments in the world. Mangroves are effective at long-term carbon storage within their sediments and are estimated to hold 12 billion metric tons of carbon worldwide. These ecosystems are therefore vitally important for carbon sequestration and, by extension, climate change mitigation. As part of the Paris Agreement, participating countries agree to provide plans to reduce their carbon emissions, or nationally determined contributions (NDCs). However, despite mangroves being recognized as important nature-based solutions, many countries still lack national data on carbon stocks and must use global or regional averages, which may not be sufficiently accurate. Here, we present the national carbon stock estimate of mangrove ecosystems for the NDC of Belize, acquired through a collaborative approach involving government agencies and NGOs. We conducted a comprehensive sampling of mangroves across the country, including a range of mangrove ecotypes. The mean total ecosystem carbon stock (TECS) for the nation was 444.1 ± 21.0 Mg C ha−1, with 74.4 ± 6.2 Mg C ha−1 in biomass stocks, and 369.7 ± 17.7 Mg C ha−1 in sediment stocks. Combining these data with a recent mapping effort, we provide the first national comprehensive mangrove carbon stock estimate of 25.7 Tg C. The national mean from this study varies from previous global analyses, which can under- or overestimate TECS by as much as 0.6 Tg C and 16.5 Tg C, respectively, depending on the study. These data supported the NDC update of Belize, and can be used to inform the country's mangrove protection and restoration commitments. The collaborative approach of this work should serve as a blueprint for other countries seeking to conserve natural blue carbon sinks as a strategy to achieve their climate targets. [Display omitted] •We conducted the first national mangrove carbon stock assessment for Belize.•Mangrove ecosystems of Belize currently store 25.7 Tg of carbon.•Higher total carbon stock is found in riverine, healthy, tall mangrove ecosystems.•Collaboration, knowledge sharing, and local buy-in is key for mangrove conservation.•Results inform nationally determined contributions to preserve blue carbon ecosystems.
doi_str_mv 10.1016/j.scitotenv.2023.161829
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As part of the Paris Agreement, participating countries agree to provide plans to reduce their carbon emissions, or nationally determined contributions (NDCs). However, despite mangroves being recognized as important nature-based solutions, many countries still lack national data on carbon stocks and must use global or regional averages, which may not be sufficiently accurate. Here, we present the national carbon stock estimate of mangrove ecosystems for the NDC of Belize, acquired through a collaborative approach involving government agencies and NGOs. We conducted a comprehensive sampling of mangroves across the country, including a range of mangrove ecotypes. The mean total ecosystem carbon stock (TECS) for the nation was 444.1 ± 21.0 Mg C ha−1, with 74.4 ± 6.2 Mg C ha−1 in biomass stocks, and 369.7 ± 17.7 Mg C ha−1 in sediment stocks. Combining these data with a recent mapping effort, we provide the first national comprehensive mangrove carbon stock estimate of 25.7 Tg C. The national mean from this study varies from previous global analyses, which can under- or overestimate TECS by as much as 0.6 Tg C and 16.5 Tg C, respectively, depending on the study. These data supported the NDC update of Belize, and can be used to inform the country's mangrove protection and restoration commitments. The collaborative approach of this work should serve as a blueprint for other countries seeking to conserve natural blue carbon sinks as a strategy to achieve their climate targets. 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The mean total ecosystem carbon stock (TECS) for the nation was 444.1 ± 21.0 Mg C ha−1, with 74.4 ± 6.2 Mg C ha−1 in biomass stocks, and 369.7 ± 17.7 Mg C ha−1 in sediment stocks. Combining these data with a recent mapping effort, we provide the first national comprehensive mangrove carbon stock estimate of 25.7 Tg C. The national mean from this study varies from previous global analyses, which can under- or overestimate TECS by as much as 0.6 Tg C and 16.5 Tg C, respectively, depending on the study. These data supported the NDC update of Belize, and can be used to inform the country's mangrove protection and restoration commitments. The collaborative approach of this work should serve as a blueprint for other countries seeking to conserve natural blue carbon sinks as a strategy to achieve their climate targets. [Display omitted] •We conducted the first national mangrove carbon stock assessment for Belize.•Mangrove ecosystems of Belize currently store 25.7 Tg of carbon.•Higher total carbon stock is found in riverine, healthy, tall mangrove ecosystems.•Collaboration, knowledge sharing, and local buy-in is key for mangrove conservation.•Results inform nationally determined contributions to preserve blue carbon ecosystems.</description><subject>Blue carbon</subject><subject>Mesoamerican Reef</subject><subject>NDC</subject><subject>TECS</subject><issn>0048-9697</issn><issn>1879-1026</issn><fulltext>true</fulltext><rsrctype>article</rsrctype><creationdate>2023</creationdate><recordtype>article</recordtype><recordid>eNqFkD1v2zAQhokiReOk_Qspxyxy-SHxo5ttOE2BAFmSoRNBUqeUjiSmJG0g-fWVa9drbrnh3vfu3gehr5TMKaHi22aefSixwLibM8L4nAqqmP6AZlRJXVHCxBmaEVKrSgstz9FFzhsylVT0EzrnQnLaNGqGfi2hD2-Al_0W8MomF8fveJ2LdX3Iv8P4hC0ebQlxtD32_-Y4l-ifMeQSBlsAdzHhwY5PKe4Ag4_5NRcY8mf0sbN9hi_Hfokeb9YPq9vq7v7Hz9XirvI1I6VqfVt3tWeOq0ZT3kLrahDSKwmisbZzsqup0pw6pzpWC60bqTi42jWtko3ll-j6sPclxT_b6SszhOyh7-0IcZsNk1NWJrjWk1QepD7FnBN05iVNGdKrocTsuZqNOXE1e67mwHVyXh2PbN0A7cn3H-QkWBwEMEXdBUj7RTB6aEMCX0wbw7tH_gJ05o8g</recordid><startdate>20230420</startdate><enddate>20230420</enddate><creator>Morrissette, Hannah K.</creator><creator>Baez, Stacy K.</creator><creator>Beers, Lisa</creator><creator>Bood, Nadia</creator><creator>Martinez, Ninon D.</creator><creator>Novelo, Kevin</creator><creator>Andrews, Gilbert</creator><creator>Balan, Luis</creator><creator>Beers, C. 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The mean total ecosystem carbon stock (TECS) for the nation was 444.1 ± 21.0 Mg C ha−1, with 74.4 ± 6.2 Mg C ha−1 in biomass stocks, and 369.7 ± 17.7 Mg C ha−1 in sediment stocks. Combining these data with a recent mapping effort, we provide the first national comprehensive mangrove carbon stock estimate of 25.7 Tg C. The national mean from this study varies from previous global analyses, which can under- or overestimate TECS by as much as 0.6 Tg C and 16.5 Tg C, respectively, depending on the study. These data supported the NDC update of Belize, and can be used to inform the country's mangrove protection and restoration commitments. The collaborative approach of this work should serve as a blueprint for other countries seeking to conserve natural blue carbon sinks as a strategy to achieve their climate targets. 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ispartof The Science of the total environment, 2023-04, Vol.870, p.161829-161829, Article 161829
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1879-1026
language eng
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source Elsevier ScienceDirect Journals
subjects Blue carbon
Mesoamerican Reef
NDC
TECS
title Belize Blue Carbon: Establishing a national carbon stock estimate for mangrove ecosystems
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