Gross Primary Production Maps of Tidal Wetlands across Conterminous USA, 2000-2019

Feagin, Rusty A.; Forbrich, Inke; Huff, Thomas P.; Barr, Jordan G.; Ruiz-Plancarte, Jesus; Fuentes, José D.; Najjar, Raymond G.; Vargas, Ricardo Emanuel Vaz; Vázquez‐Lule, Alma; Windham‐Myers, Lisamarie; Kroeger, K. D.; Ward, Eric J.; Moore, Gayle W.; Leclerc, Martine; Krauss, Ken W.; Stagg, Camille L.; Alber, Merryl; Knox, S.; Schäfer, K. V.; Bianchi, Thomas S.; Hutchings, Jack A.; Nahrawi, Hafsah; Noormets, Asko; Mitra, Bhaskar; Jaimes, Aline; Hinson, Audra; Bergamaschi, Brian A.; King, John W.; Miao, Guofang

doi:10.3334/ornldaac/1792

Cited by 1 publication

(1 citation statement)

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“…Less common were gas flux chambers and incubation [139,143]. Feagin et al [147,148] improved on the MOD17 GPP product with an ecosystem-specific model. Tidal inundation is a source of uncertainty within GPP estimation, and studies addressed the tidal stage with spectral index filtering and tidal modeling [143,145,149].…”

Section: Carbon Monitoring Statusmentioning

confidence: 99%

A review of carbon monitoring in wet carbon systems using remote sensing

Campbell

Fatoyinbo

Charles

et al. 2022

Environ. Res. Lett.

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Carbon monitoring is critical for the reporting and verification of carbon stocks and change. Remote sensing is a tool increasingly used to estimate the spatial heterogeneity, extent and change of carbon stocks within and across various systems. We designate the use of the term wet carbon system to the interconnected wetlands, ocean, river and streams, lakes and ponds, and permafrost, which are carbon-dense and vital conduits for carbon throughout the terrestrial and aquatic sections of the carbon cycle. We reviewed wet carbon monitoring studies that utilize earth observation to improve our knowledge of data gaps, methods, and future research recommendations. To achieve this, we conducted a systematic review collecting 1,622 references and screening them with a combination of text matching and a panel of three experts. The search found 496 references, with an additional 78 references added by experts. Our study found considerable variability of the utilization of remote sensing and global wet carbon monitoring progress across the nine systems analyzed. The review highlighted that remote sensing is routinely used to globally map carbon in mangroves and oceans, whereas seagrass, terrestrial wetlands, tidal marshes, rivers, and permafrost would benefit from more accurate and comprehensive global maps of extent. We identified three critical gaps and twelve recommendations to continue progressing wet carbon systems and increase cross system scientific inquiry.

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