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1Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
2Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
3Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
4“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
5Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
6Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
7Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
8Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
9Year-round soil pore space carbon dioxide and temperature at Toolik Field Station, Alaska, 2017-2018“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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10“... emissions can be related to increased plant productivity (photosynthesis and storage of carbon in plants...”
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11“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
12“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
13“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
14“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
15“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
16“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset -
17“... emissions can be related to increased plant productivity (photosynthesis and storage of carbon in plants...”
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Dataset -
18“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
19“... to increased plant productivity (photosynthesis and storage of carbon in plants and soils) or increased...”
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Dataset -
20“... and storage of carbon in plants and soils) or increased microbial activity (loss of carbon previously stored...”
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Dataset