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Carbon Stock and Carbon Cycle of Wetland Ecosystem
2014Wetland ecosystem is an essential ecosystem in the world. Its organic carbon stock and carbon cycle are important basis of global carbon cycle researches and also major contents of global climate change researches. Researches have shown that wetland protection and restoration can promote carbon accumulation and reduce emission of greenhouse gases. This
Zeng, Zhangquan +6 more
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2014
Phytoplankton, the free-floating tiny microscopic floral particles, demonstrate a wide range of shapes and vary over several orders of magnitude in size, from submicron species such as the picoplanktonic prochlorophytes to diatoms measuring more than 1 mm in diameter. In mixed-pieces samples, high numbers of extremely small-sized species might actually
Abhijit Mitra, Sufia Zaman
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Phytoplankton, the free-floating tiny microscopic floral particles, demonstrate a wide range of shapes and vary over several orders of magnitude in size, from submicron species such as the picoplanktonic prochlorophytes to diatoms measuring more than 1 mm in diameter. In mixed-pieces samples, high numbers of extremely small-sized species might actually
Abhijit Mitra, Sufia Zaman
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Carbon Stocks in Soils of the Brazilian Amazon
2019This chapter aims to compare different techniques in order to obtain reliable estimates of the carbon stocks in the Brazilian Amazon basin. The regional scale is defined as the Brazilian part of a 6° square, from 60 to 66° West longitude and 8 to 14° South latitude, over the Rondonia state.
Cerri, C.C. +4 more
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Carbon stocks in Scottish peatlands
Soil Use and Management, 2009Abstract Various estimates have suggested that the peatlands of Scotland are a significant deposit of fixed carbon. However, these have been based upon rather imprecise estimates of peat depth. Using previously unused archived data, we have mapped peat depth across the country and then used these values to obtain an improved value of ...
S. J. Chapman +3 more
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Mangroves as a Carbon Sink/Stocks
2021Mangroves are recognized as ecosystem that grow and dominate the coastal areas of tropical and sub-tropical regions across the world. The high adaptability properties of these halophytic trees enable them to thrive in harsh conditions such as the intertidal zones.
Tengku Mohd Zarawie Tengku Hashim +1 more
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Carbon stocks in Tasmanian soils
Soil Research, 2012Soil carbon (C) stocks were calculated for Tasmanian soil orders to 0.3 and 1.0 m depth from existing datasets. Tasmanian soils have C stocks of 49–117 Mg C/ha in the upper 0.3 m, with Ferrosols having the largest soil C stocks. Mean soil C stocks in agricultural soils were significantly lower under intensive cropping than under irrigated pasture.
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Permafrost and Wetland Carbon Stocks
Science, 2010In their Report “Global convergence in the temperature sensitivity of respiration at ecosystem level” (13 August, p. [838][1]), M. D. Mahecha et al. have done a fine study to tease apart the distinction between intrinsic and apparent temperature sensitivities ([ 1 ][2]).
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Carbon stocks and potential carbon storage in the mangrove forests of China
Journal of Environmental Management, 2014Mangrove forests provide important ecosystem services, and play important roles in terrestrial and oceanic carbon (C) cycling. Although the C stocks or storage in terrestrial ecosystems in China have been frequently assessed, the C stocks in mangrove forests have often been overlooked. In this study, we estimated the C stocks and the potential C stocks
Liu, Hongxiao +5 more
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Trend analysis of variations in carbon stock using stock big data
Cluster Computing, 2017Changes in land use affect the terrestrial carbon stock through changes in the land cover. Research on land use and analysis of variations in carbon stock have practical applications in the optimization of land use and the mitigation of climate change effects.
Yanbin Wu +4 more
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Nature Climate Change, 2011
http://www.nature.com/nclimate ; Forests take up and store large quantities of carbon. An analysis of inventory data from across the globe suggests that temperate and boreal forests accounted for the majority of the terrestrial carbon sink over the past two decades.
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http://www.nature.com/nclimate ; Forests take up and store large quantities of carbon. An analysis of inventory data from across the globe suggests that temperate and boreal forests accounted for the majority of the terrestrial carbon sink over the past two decades.
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