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MD5: 91741e5b69194838a42332a0b0acf152
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MD5: 84c0381b7d74653f6503ac11b7a3f678
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Data for Biological N2-fixation and grain yield of pigeon pea: The role of biochar and conservation agriculture in low-input systems |
Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
Plain Text - 15.7 KB -
MD5: cd6767f9cf8c6de129b95a44fcf6c755
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Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
ZIP Archive - 81.3 KB -
MD5: 134d3a77e82e24695d410bc5c487fb99
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Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
ZIP Archive - 1.4 MB -
MD5: f7535f422349103bda9a35d220d9c7c6
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Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
ZIP Archive - 989 B -
MD5: c0e62f742cf042fb6968245f0b1ac672
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Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
ZIP Archive - 855 B -
MD5: 174724a30d108a7745e7ab957b03448d
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Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
ZIP Archive - 2.4 KB -
MD5: de93cc118f814e17811d13046a4939d5
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Apr 30, 2025 -
Replication Data for: Sub-surface turbulence or non-breaking capillary waves: which dominates air-water gas transfer?
ZIP Archive - 8.1 KB -
MD5: 35ea2879a20ac8b45728adf3046e5cc0
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