1.33km Event Column and Surface CAMx modeling
收藏NIAID Data Ecosystem2026-05-01 收录
下载链接:
https://zenodo.org/record/10261055
下载链接
链接失效反馈官方服务:
资源简介:
Description of dataset
Eagle Ford Shale CH4 and CO2 emissions (10.5281/zenodo.10278516)
Filename: Eagle Ford Shale CH4 and CO2 emissions 11Sep2023.xslx
Description: CH4 and CO2 emissions at well-level, gathering-level and plant-level
Processing step: both CH4 and CO2 emissions are processed into a gridded format using SMOKE, with no temporal variations.
CAMx gridded outputs
Domain definition (GRIDDESC)
'LAM_40N97W'
2 33.000 45.000 -97.000 -97.000 40.000
'txs_4km'
'LAM_40N97W' -324000.000 -1584000.000 4000.000 4000.000 189 234 1
'txs_133km'
'LAM_40N97W' -324000.000 -1476000.000 1333.333 1333.333 378 459 1
CAMx configurations:
Version 7.10
Simulation time period: 2019 April 1st – October 31st (with a 15-day spin-up)
Chemistry turned off
Zero initial and boundary concentration of CH4/CO2
Output:
Gridded surface concentration and column concentration are provided in the following folder structure:
domain/scenario/surface for surface concentration
domain/scenario/column for column concentration.
Two domains are available: txs_4km and txs_133km. There are ten sets of scenarios for each domain:
base: routine CO2/CH4 emissions (10.5281/zenodo.10278516)
Event Scenarios 1.33km: 10.5281/zenodo.10261056; 4km: 10.5281/zenodo.10255627
low_100kg/1000kg: 100/1000 kg/hr emission event added with low routine emissions
med_100kg/1000kg: 100/1000 kg/hr emission event added with medium routine emissions
high_100kg/1000kg: 100/1000 kg/hr emission event added with high routine emissions
nearby_low/med/high: 100/1000kg/hr emission events added at nearby locations
For example, files under 'txs_4km/base/surface' represent hourly gridded surface CH4/CO2 concentration (ppmv) with a spatial resolution of 4km x 4km. Similarly, files under 'txs_13km/nearby_high/column' represent hourly gridded CH4 column concentration (mol/m2) with a spatial resolution of 4km x 4km under scenario 'nearby_high'.
创建时间:
2023-12-08



