Published data of Shen et al.

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发布时间: 2022

1 to 10 of 16 结果

Mariculture has a 40% lower carbon footprint than freshwater aquaculture 2024-6-5 沈路路, 2022, "Mariculture has a 40% lower carbon footprint than freshwater aquaculture", https://doi.org/10.18170/DVN/ZWJWCD, 北京大学开放研究数据平台, V3, UNF:6:U6GjTr4tbJa7tztb/SjkDg== [fileUNF]
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
Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data 2023-7-5 Lu Shen, 2022, "Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data", https://doi.org/10.18170/DVN/PRSYW1, 北京大学开放研究数据平台, V4, UNF:6:Q2eDh1dA1I8dQFwgV+8tFQ== [fileUNF]
Fig1_gridded_posterior_OG_Coal.nc 2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data application/x-netcdf - 1.4 MB - MD5: c956fe6eb367c47d92752d6aba408888
Fig2_field_campaign.csv 2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data text/comma-separated-values - 1.7 KB - MD5: 58190c78c277f729444c35391a8cacac
Fig_3.R 2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data R Syntax - 12.5 KB - MD5: aeeb66efc47ea62b0fe21c3aa1561d4a
Fig4_Top20countries_Coal.csv 2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data Comma Separated Values - 1.3 KB - MD5: eea0db0d3cf46c8b5de217a0f8d7b37e

Mariculture has a 40% lower carbon footprint than freshwater aquaculture

2024-6-5

沈路路, 2022, "Mariculture has a 40% lower carbon footprint than freshwater aquaculture", https://doi.org/10.18170/DVN/ZWJWCD, 北京大学开放研究数据平台, V3, UNF:6:U6GjTr4tbJa7tztb/SjkDg== [fileUNF]

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

Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data

2023-7-5

Lu Shen, 2022, "Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data", https://doi.org/10.18170/DVN/PRSYW1, 北京大学开放研究数据平台, V4, UNF:6:Q2eDh1dA1I8dQFwgV+8tFQ== [fileUNF]

Fig1_gridded_posterior_OG_Coal.nc

2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data

application/x-netcdf - 1.4 MB - MD5: c956fe6eb367c47d92752d6aba408888

Fig2_field_campaign.csv

2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data

text/comma-separated-values - 1.7 KB - MD5: 58190c78c277f729444c35391a8cacac

Fig_3.R

2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data

R Syntax - 12.5 KB - MD5: aeeb66efc47ea62b0fe21c3aa1561d4a

Fig4_Top20countries_Coal.csv

2023-7-5 - Replication Data for: Worldwide inference of national methane emissions from fossil fuel exploitation using high-resolution inversions of satellite data

Comma Separated Values - 1.3 KB - MD5: eea0db0d3cf46c8b5de217a0f8d7b37e

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