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sector:agriculture:agricultural_soils:3df_agriculture_other [2022/09/08 10:01] – [Trend discussion for Key Sources] doeringsector:agriculture:agricultural_soils:3df_agriculture_other [2023/03/15 10:33] (current) – [Recalculations] doering
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 For lindane, a maximum concentration of 100 mg/kg was specified for the years 1990 through 1994. For the years after 1994 a lower concentration (50 mg/kg) was assumed which is based on compiled information of Bailey (2001)((Bailey, R. E., (2001): Global hexachlorobenzene emissions. Chemosphere, 43(2), 167-182.)) (cf. Table III). For lindane, a maximum concentration of 100 mg/kg was specified for the years 1990 through 1994. For the years after 1994 a lower concentration (50 mg/kg) was assumed which is based on compiled information of Bailey (2001)((Bailey, R. E., (2001): Global hexachlorobenzene emissions. Chemosphere, 43(2), 167-182.)) (cf. Table III).
  
-=== Other active substances atrazine, simazine, propazine and quintozene ===+=== Other active substances atrazine, simazine, propazine and quintozine ===
  
-The BVL has no information on past or current concentrations of impurities in the active substances atrazine, simazine, propazine and quintozene that have been placed on the market. For this reason, the information on impurity levels compiled in the EMEP/EEA Guidebook 2019 is used (cf. Table III).  +The BVL has no information on past or current concentrations of impurities in the active substances atrazine, simazine, propazine and quintozine that have been placed on the market. For this reason, the information on impurity levels compiled in the EMEP/EEA Guidebook 2019 is used (cf. Table III).  
  
 // //
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 //Picture 1: Annual trend of HCB emissions in Germany in the sector agriculture, in kg// //Picture 1: Annual trend of HCB emissions in Germany in the sector agriculture, in kg//
- +{{ :sector:agriculture:agricultural_soils:hcb_emissions_1987_2021_version_c.png?nolink&600 |}}
-to be done +
  
  
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 Recalculations were made for the complete time series due to the changes and new information given by the BVL for the amount of domestic sales of the active substances atrazine, simazine, propazine and quintozine.  Recalculations were made for the complete time series due to the changes and new information given by the BVL for the amount of domestic sales of the active substances atrazine, simazine, propazine and quintozine. 
  
-No recalculation was made for lindane, chlorothalonil and picloram for the year 2020. +No recalculation was made for lindane, chlorothalonil and picloram for the year 2020. HCB emissions from picloram were mistakenly omitted from 2006 until 2020 in the data model. 
 + 
 +Due to the changes in the input data and the assumptions on the maximum quantities of HCB, the emissions also change. The following Table IV shows the differences between the data for submission 2022 and the current data and are given in kg per year and in percentage.  
 + 
 + 
 +//Table IV: Recalculation of HCB emisssion from 1990 until the latest reported year, in kg and %// 
 + 
 +^ Emissions                       ^ Unit  ^ 1990   ^ 1991   ^ 1992   ^ 1993  ^ 1994  ^ 1995  ^ 1996  ^ 1997    ^ 1998    ^ 1999  ^ 
 +| HCB_SUB 2023                    | kg    |  109,3 |  138,1 |   55,9 |  29,7 |  26,7 |  18,0 |  26,6 |    24,3 |     5,0 |  45,0 | 
 +| HCB_SUB 2022                    | kg    |  107,2 |  138,1 |   55,7 |  29,7 |  26,7 |  18,0 |  26,6 |    24,2 |     5,0 |  45,0 | 
 +| Difference (Sub2023 - Sub2022)  | kg    |  2,065 |  0,025 |  0,144 |     0 |     0 |     0 |     0 |  0,0008 |  0,0002 |   0,0 | 
 +| Difference                      | %        1,9 |    0,0 |    0,3 |     0 |     0 |     0 |     0 |   0,003 |   0,004 |   0,0 |
  
-Due to the changes in the input data and the assumptions on the maximum quantities of HCB, the emissions also change. The following Table IV shows the differences between the data for submission 2022 and the current data and are given in kg per year and in percentage.    
-HCB emissions from picloram were mistakenly omitted from 2006 until 2020 in the data model . 
  
 +^ Emissions                       ^ Unit  ^ 2000  ^ 2001  ^ 2002  ^ 2003  ^ 2004  ^ 2005  ^ 2006  ^ 2007  ^ 2008  ^ 2009  ^
 +| HCB_SUB 2023                    | kg    |  18,6 |   0,8 |   1,0 |   9,6 |   1,6 |  34,3 |  36,3 |  30,0 |  28,9 |  21,1 |
 +| HCB_SUB 2022                    | kg    |  18,6 |   0,8 |   1,0 |   9,6 |   1,6 |  34,3 |  36,2 |  29,6 |  28,8 |  21,0 |
 +| Difference (Sub2023 - Sub2022)  | kg    |     0 |     0 |     0 |     0 |     0 |     0 |  0,11 |  0,34 |  0,09 |  0,08 |
 +| Difference                      | %         0 |     0 |     0 |     0 |     0 |     0 |   0,3 |   1,1 |   0,3 |   0,4 |
  
-//Table IV: Recalculation of HCB emisssion from 1990 until the latest reported yearin kg.//+^ Emissions                       ^ Unit  ^ 2010  ^ 2011  ^ 2012  ^ 2013  ^ 2014  ^ 2015  ^ 2016  ^ 2017  ^ 2018  ^ 2019  ^ 
 +| HCB_SUB 2023                    | kg    |  24,9 |  26,2 |  21,0 |  22,8 |  40,2 |  35,6 |  46,1 |  57,0 |   8,8 |   9,5 | 
 +| HCB_SUB 2022                    | kg     24,8 |  26,0 |  20,7 |  22,6 |  40,0 |  35,4 |  45,9 |  56,8 |   8,6 |   9,1 | 
 +| Difference (Sub2023 - Sub2022)  | kg    |  0,10 |  0,19 |  0,30 |  0,19 |  0,21 |  0,17 |  0,22 |  0,21 |  0,20 |  0,37 | 
 +| Difference                      | %       0,4 |   0,7 |   1,5 |   0,8 |   0,5 |   0,5 |   0,5 |   0,4 |   2,3 |   4,1 |
  
 +^ Emissions                       ^ Unit  ^ 2020  ^
 +| HCB_SUB 2023                    | kg    |   1,5 |
 +| HCB_SUB 2022                    | kg    |   1,1 |
 +| Difference (Sub2023 - Sub2022)  | kg    |  0,47 |
 +| Difference                      | %      44,7 |
  
 +<WRAP center round info 65%>
 +For **pollutant-specific information on recalculated emission estimates for Base Year and 2020**, please see the recalculation tables following [[general:recalculations:start|chapter 8.1 - Recalculations]].
 +</WRAP>
  
 ===== Uncertainty ===== ===== Uncertainty =====