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start:hype_tutorials:transfer_atmdep [2022/01/27 10:56]
cpers created
start:hype_tutorials:transfer_atmdep [2024/01/25 11:37] (current)
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 ===== How to handle deprecated atmospheric deposition input ===== ===== How to handle deprecated atmospheric deposition input =====
  
-If you have an older model set-up (using HYPE version before 5.17.0) and want to upgrade to use the [[start:​hype_file_reference:​atmdepdata.txt|AtmdepData.txt]] file here are some tips on how to get started. Older models had atmosperic deposition given in [[start:​hype_file_reference:​geodata.txt|GeoData.txt]] and [[start:​hype_file_reference:​par.txt|par.txt]]. Both type of atmospheric deposition can be transfered to the new file.+If you have an older model set-up (using HYPE version before 5.17.0) and want to upgrade to use the [[start:​hype_file_reference:​atmdepdata.txt|AtmdepData.txt]] file here are some tips on how to get started. First read the description of the [[start:​hype_file_reference:​atmdepdata.txt|new file]]. Older models had atmosperic deposition given in [[start:​hype_file_reference:​geodata.txt|GeoData.txt]] and [[start:​hype_file_reference:​par.txt|par.txt]]. Both type of atmospheric deposition can be transfered to the new file.
  
-In the parameter file deposition of phosphorus ​could be given. They can be transferd ​like this: +In the parameter file ([[start:​hype_file_reference:​par.txt|par.txt]]) ​deposition of phosphorus ​was given. They can be transferred ​like this: 
-drydeppp kg km-ts-1 dry deposition of PP Replace with PP_DD_L1..PP_DD_Lnluse unit? same value for all subbasins. + 
-wetdepsp ​µg L-1 wet deposition of SP Replace with SP_WD same value for all subbasins, unit changed? +^ parameter ^ unit of parameter ^ description ^ replacement procedure ^ 
-wetdepspl kg km-ts-1 wet deposition of SP on water surfaces Replace with dry deposition in AtmdepData.txtSP_DD_V3 same value for all subbasins.+|drydeppp ​| //kg/(km<sup>2</​sup>​ d)// | dry deposition of PP Replace with columns ​PP_DD_L1..PP_DD_Ln, where n is the number of land uses in the model. Set the same value for all subbasins. ​The same unit is used for a model with daily time step, because the unit of the file is //​kg/​(km<​sup>​2</​sup>​ ts)//.| 
 +|wetdepsp ​| //μg/l// |wet deposition of SPReplace with column ​SP_WD, The unit of the file is //mg/l// so multiply the value of the par file with 1000. Set the same value for all subbasins.| 
 +|wetdepspl ​|//kg/(km<sup>2</​sup>​ d)// |wet deposition ​load of SP on water surfacesReplace with dry deposition in AtmdepData.txt, because it is defined as load. Set column ​SP_DD_V3 ​with the same value for all subbasins. ​The load will be applied on V3, i.e. vegetation type 3 (water surfaces).|
  
 In GeoData.txt nitrogen deposition was given by subbasin and vegetation type and/or month. They can be tranfered to the new file like this:  In GeoData.txt nitrogen deposition was given by subbasin and vegetation type and/or month. They can be tranfered to the new file like this: 
-wetdep_n ​ug/wet deposition of inorganic nitrogen, concentration of precipitation Replaced by column IN_WD in AtmdepData.txt. Note the unit change to mg/L+ 
-drydep_n1 kg/km2/d dry deposition of inorganic nitrogen on vegetation type 1 (open) Replaced by column IN_DD_V1 in AtmdepData.txt +^ column ^ unit of geodata variable ^ description ^ replacement procedure ^ 
-drydep_n2 kg/km2/d dry deposition of inorganic nitrogen on vegetation type 2 (forest) Replaced by column IN_DD_V2 in AtmdepData.txt +wetdep_n ​//μg/l// | wet deposition of inorganic nitrogen ​(IN), concentration of precipitation ​Replaced by column IN_WD in AtmdepData.txt. Note the unit change to //mg/l// in the new file.| 
-drydep_n3 kg/km2/d dry deposition of inorganic nitrogen on vegetation type 3 (water) Replaced by column IN_DD_V3 in AtmdepData.txt. ​Unit?? per timestep? +|drydep_n1 ​| //kg/(km<​sup>​2<​/sup> ​d)// | dry deposition of inorganic nitrogen on vegetation type 1 (open) ​Replaced by column IN_DD_V1 in AtmdepData.txt. The same unit is used for a model with daily time step, because the unit of the file is kg km-2 ts-1. The load will be applied on V1, i.e. vegetation type 1 (open land).| 
-deploadn1-deploadn12 ​ kg/km2/d total deposition of inorganic nitrogen on water, January - December Replaced by adding as dry deposition in AtmdepData.txtcolumns IN_DD_M1_V3 ... IN_DD_M12_V3.+|drydep_n2 ​| //kg/(km<​sup>​2<​/sup> ​d)// | dry deposition of inorganic nitrogen on vegetation type 2 (forest) ​Replaced by column IN_DD_V2 in AtmdepData.txt.| 
 +|drydep_n3 ​| //kg/(km<​sup>​2<​/sup> ​d)// | dry deposition of inorganic nitrogen on vegetation type 3 (water) ​Replaced by column IN_DD_V3 in AtmdepData.txt.| 
 +|deploadn1-deploadn12 ​| //kg/(km<​sup>​2<​/sup> ​d)// | total deposition of inorganic nitrogen on water, January - December ​Replaced by adding as dry deposition ​of IN in AtmdepData.txt. Set columns IN_DD_M1_V3 ... IN_DD_M12_V3. ​The load will be applied on V3 (water), with different values for each month M1..M12.|
  
start/hype_tutorials/transfer_atmdep.1643277408.txt.gz · Last modified: 2023/11/16 14:28 (external edit)