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Last modified by Emily West on 2022/01/11 17:03
From version 10.1
edited by Emily West
on 2022/01/11 17:02
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To version 7.1
edited by Emily West
on 2022/01/05 13:53
Change comment: There is no comment for this version

Summary

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1 -5\. Metrics and KPIs.Metric and Key Performance Indicators.WebHome
1 +Metric and Key Performance Indicators.WebHome
Content
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1 1  = 1.1.1 ANNUAL CARBON SEQUESTRATION =
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5 5  Topic
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7 7  Urban challenges
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9 9  Sub-challenges
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12 12  Climate
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14 14  1 - Climate issues
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16 16  1.1 Climate  mitigation
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18 18  
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19 19  (% class="table-bordered" %)
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21 21  ====== **Description** ======
22 -)))|(% style="width:730px" %)Carbon sequestration is the process of capturing and storing atmospheric carbon dioxide. The annual carbon sequestration is a commonly used indicator of the global climate regulation ecosystem service of different vegetation types. The storing and sequestration of carbon (dioxide) can be quantified and monitored relatively easily, and enable spatial and temporal comparisons of the capacities of different nature-based solutions. The amount of sequestered carbon is directly proportional to biomass growth, for which a sort of biomass functions and equations are available in the fields of forestry and agricultural sciences (McPherson et al. 2016, USDA 2015). The carbon content is around 50% of the amount of biomass. This kind of knowledge is available mainly for trees which can be considered as good indicators of the whole ecosystem’s capacity in areas with lack of data (as they have an outstanding role in carbon sequestration and storage). Natural and management-related mortality of biomass (and life of products if relevant) should be considered to get a total carbon balance of the investigated NBS.
22 +)))|(% style="width:730px" %)The annual carbon sequestration is a commonly used indicator of the global climate regulation ecosystem service of different vegetation types. The storing and sequestration of carbon (dioxide) can be quantified and monitored relatively easily, and enable spatial and temporal comparisons of the capacities of different nature-based solutions. The amount of sequestered carbon is directly proportional to biomass growth, for which a sort of biomass functions and equations are available in the fields of forestry and agricultural sciences (McPherson et al. 2016, USDA 2015). The carbon content is around 50% of the amount of biomass. This kind of knowledge is available mainly for trees which can be considered as good indicators of the whole ecosystem’s capacity in areas with lack of data (as they have an outstanding role in carbon sequestration and storage). Natural and management-related mortality of biomass (and life of products if relevant) should be considered to get a total carbon balance of the investigated NBS.
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24 -====== **Scale as linked to D2.2 framework** ======
24 +===== **Scale as linked to D2.2 framework** =====
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26 26  * National
27 27  * City
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28 28  * Neighborhood
29 29  * Street
30 30  * Household
31 -* Object
31 +* Object
32 32  )))
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34 34  ====== **Data source [ link to data framework]** ======
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36 -* CO2 monitoring device 
37 -** could be handheld or part of a network
36 +* measurement/monitoring
37 +* remote sensing in some cases
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40 -====== **Data needs** ======
40 +====== **Needs** ======
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42 -* Cbt: carbon stored in living biomass at time
43 -* Tt: biomass turnover at time
44 -* Mst: tree mortality due to senescence at time
45 -* Ht: harvest at time
46 -* Ys: the volume yield of stem wood
42 +* measured data of biomass size (e.g. diameter at breast height (DBH), full height, trunk height, crown diameter of trees)
43 +* basic climatic data (average temperatures and sum of precipitation, length of vegetation period)
47 47  )))
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49 -====== **Expected outputs** ======
46 +====== **Expected Outputs** ======
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51 51  * numerical value in units tC/ha/year
52 52  * occasional or continuous measurement