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wiki:carbonsequestration [2018/07/11 08:53] – sebastianwiki:carbonsequestration [2018/10/29 10:28] (current) – constanze_neumann_ifuplan
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 Carbon sequestration is the process of capturing atmospheric carbon and, most importantly, storing it for the long term. Carbon sequestration is the process of capturing atmospheric carbon and, most importantly, storing it for the long term.
  
-Carbon dioxide (CO2) is the most abundant form of atmospheric carbon. As a “greenhouse gas”, CO2 also plays a major role in contributing to global climate change and is therefore the most common target for carbon sequestration. Carbon sequestration may also target methane (CH4), the second most impactful greenhouse gas in our atmosphere (Forster et al. 2007)((Forster, P, et al. (2007), "Changes in atmospheric constituents and in radiative forcing", Climate Change 2007: the Physical Basis. Contribution of Working Group I to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change.)) . By capturing and storing these gases, this process slows down the accumulation of atmospheric and marine carbon, thereby reducing the rate of climate change.+Carbon dioxide (CO2) is the most abundant form of atmospheric carbon. As a “greenhouse gas”, CO2 also plays a major role in contributing to global climate change and is therefore the most common target for carbon sequestration. Carbon sequestration may also target methane (CH4), which is 25 times more climate-effective than CO2((https://www.umweltbundesamt.de/themen/klima-energie/klimaschutz-energiepolitik-in-deutschland/treibhausgas-emissionen/die-treibhausgase)) . By capturing and storing these gases, this process slows down the accumulation of atmospheric and marine carbon, thereby reducing the rate of climate change.
  
 Carbon sequestration can occur either naturally or as a result of direct human intervention. One example of direct human sequestration is geological sequestration, which involves the capture and subsequent injection of carbon into deep underground reservoirs. Natural carbon storage is often considered an **[[:wiki:ecosystemservices|Ecosystem Services]] (ES) **and is most prevalent in biological processes such as tree growth. For example, by capturing carbon and converting it into biomass, trees effectively sequester carbon until they decay, or are burnt. Furthermore, harvesting of trees for use as a building material can extend the effective length of sequestration, as the carbon is then stored until the building material is destroyed. Carbon sequestration can occur either naturally or as a result of direct human intervention. One example of direct human sequestration is geological sequestration, which involves the capture and subsequent injection of carbon into deep underground reservoirs. Natural carbon storage is often considered an **[[:wiki:ecosystemservices|Ecosystem Services]] (ES) **and is most prevalent in biological processes such as tree growth. For example, by capturing carbon and converting it into biomass, trees effectively sequester carbon until they decay, or are burnt. Furthermore, harvesting of trees for use as a building material can extend the effective length of sequestration, as the carbon is then stored until the building material is destroyed.
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 For the purposes of the [[:wiki:alpes|AlpES Project]], this ecosystem service is defined as "carbon sequestration by forests and bogs". This extra piece aids in the assessment and mapping of the service by allowing evaluations for an ecosystem type to be subsequently modeled across the Alpine Space. Forests and bogs were selected, as they are the ecosystems with the greatest potential for carbon storage. As the specific methods of this assessment are finalized, they will be recorded here. For the purposes of the [[:wiki:alpes|AlpES Project]], this ecosystem service is defined as "carbon sequestration by forests and bogs". This extra piece aids in the assessment and mapping of the service by allowing evaluations for an ecosystem type to be subsequently modeled across the Alpine Space. Forests and bogs were selected, as they are the ecosystems with the greatest potential for carbon storage. As the specific methods of this assessment are finalized, they will be recorded here.
  
-Within the project the provision dynamics of the ES [[:wiki:CO2 sequestration by forests and bogs in the Alps|CO2 sequestration by forests and bogs in the Alps]] were assessed by means of the following supply, demand and flow indicators:+Within the project the provision dynamics of the ES [[:wiki:co2_sequestration_by_forests_and_bogs_in_the_alps|CO]]<sub>[[:wiki:co2_sequestration_by_forests_and_bogs_in_the_alps|2]]</sub> [[:wiki:co2_sequestration_by_forests_and_bogs_in_the_alps|sequestration by forests and bogs in the Alps]] were assessed by means of the following supply, demand and flow indicators:
  
-  * Supply: (Indicator name as in the report) (unit) +  * Supply- Flow: [[:wiki:co2_sequestration|CO]]<sub>[[:wiki:co2_sequestration|2]]</sub> [[:wiki:co2_sequestration|sequestration]] (t CO<sub>2</sub>  ha<sup>-1</sup>   y<sup>-1</sup>   ) 
-  * Demand: (Indicator name as in the report) (unit) +  * Demand: [[:wiki:co2_emissions|CO2 emissions]] (t CO<sub>2</sub>  ha<sup>-1</sup>   y<sup>-1</sup>   )
-  * Flow: (Indicator name as in the report) (unit)+
  
 ==== AlpES WebGIS Link ==== ==== AlpES WebGIS Link ====
wiki/carbonsequestration.1531291996.txt.gz · Last modified: 2018/07/11 08:53 by sebastian