Titlebook: Blue Carbon in Shallow Coastal Ecosystems; Carbon Dynamics, Pol Tomohiro Kuwae,Masakazu Hori Book 2019 Springer Nature Singapore Pte Ltd. 2

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Intrepid

有幫助

Carbon Sequestration in Mangroves,in the context of climate change. Globally, mangroves are estimated to occupy an area of 152,361 km.. A model relating mangrove biomass to temperature and precipitation has been used, together with global mangrove distribution maps, to estimate the total aboveground biomass worldwide as 2.83 Pg dry

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Mettle

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,Air–Water CO2 Flux in Shallow Coastal Waters: Theory, Methods, and Empirical Studies,ges and identification of possible mitigation strategies for global climate change. Recently, carbon storage in vegetated coastal habitats (blue carbon ecosystems) has been explored as a new option to mitigate climate change. However, the complexity of the mechanisms that control air–water CO. fluxe

MENT

CO2 Fluxes in Mangrove Ecosystems,CO. dynamics of mangroves are often put under lenses to examine their potential to combat the human induced CO. emission. Mainly three types of CO. fluxes take place within a mangrove ecosystem namely (i) atmosphere-biosphere CO. exchange, (ii) soil CO. efflux and (iii) air-water CO. flux. In this c

fluoroscopy

英寸

Quantifying the Fate of Captured Carbon: From Seagrass Meadows to the Deep Sea,n eelgrass beds and transported from shallow coastal waters to the deep sea. A part of the carbon taken up by eelgrass is decomposed and returned to biological production or the water column’s dissolved inorganic carbon pool, some is accumulated and stored in the shallow sea bottom, and the rest flo

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