Published data of Shen et al.

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51 to 60 of 67 结果

get_met.R 2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events R Syntax - 22.5 KB - MD5: 6fe647a0fe89cf40572a970d2f9046a6
health_cost.Rdata 2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events R Data - 14.7 KB - MD5: 650d764c99c71cedeee173dfe4b8cccd
hourly_fuel_power_Case_2_2019.Rdata 2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events R Data - 4.2 MB - MD5: b2c46415c71366e2d91123c9428455e2
read_method.R 2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events R Syntax - 6.3 KB - MD5: d266d3a1926b4f4e6544e9f3067b0503
read_met.R 2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events R Syntax - 9.1 KB - MD5: 3516b6368a5981475e6b1308770cf432
README.txt 2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events Plain Text - 1.0 KB - MD5: 5ca813f8f42ec1bb99b6141744e9fbba
Figure_2_center.ncl 2024-6-5 - Replication Data for: Marine aquaculture expansion can effectively reduce greenhouse gas emissions Unknown - 4.8 KB - MD5: d4f8cf6ef44a010f3d645ce4ec722bb5
Figure_2_region.ncl 2024-6-5 - Replication Data for: Marine aquaculture expansion can effectively reduce greenhouse gas emissions Unknown - 5.5 KB - MD5: 8a82b44a3214ac162baab1206f8d1797
LCA_aquaculture.xlsx 2024-6-5 - Replication Data for: Marine aquaculture expansion can effectively reduce greenhouse gas emissions MS Excel (XLSX) - 43.1 KB - MD5: 2def32e969c03f2e818398f1bdaacc25
Mariculture_N2OandCH4_production_efficiency.nc 2024-6-5 - Replication Data for: Marine aquaculture expansion can effectively reduce greenhouse gas emissions application/x-netcdf - 74.2 MB - MD5: 3308204b7999e82804adff7a31d4f3d6

get_met.R

2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events

R Syntax - 22.5 KB - MD5: 6fe647a0fe89cf40572a970d2f9046a6

health_cost.Rdata

2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events

R Data - 14.7 KB - MD5: 650d764c99c71cedeee173dfe4b8cccd

hourly_fuel_power_Case_2_2019.Rdata

2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events

R Data - 4.2 MB - MD5: b2c46415c71366e2d91123c9428455e2

read_method.R

2024-12-7 - Replication Data for: Large roles of renewable energy droughts in driving future extreme air pollution events

R Syntax - 6.3 KB - MD5: d266d3a1926b4f4e6544e9f3067b0503