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2018 Scorchin cum_resp.csv (31.66 kB)
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2018 Scorchin metadata.txt (1.5 kB)
DATASET
2018 Scorchin n_chem.csv (20.59 kB)
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2018 Scorchin rscript chemical.txt (7.95 kB)
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2018 Scorchin rscript respiration.txt (23.46 kB)
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COLLATE Amendment chemical data.xlsx (89.79 kB)
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Fire influences needle decomposition: tipping point in Pinus radiata carbon chemistry and soil nitrogen transformations

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Version 2 2019-12-09, 07:31
Version 1 2018-11-13, 22:13
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posted on 2019-12-09, 07:31 authored by Erinne StirlingErinne Stirling
Fileset associated with a paper under review

Funding

The Holsworth Wildlife Research Endowment & The Ecological Society of Australia

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    The University of Adelaide

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    Keywords

    nitrogenpinus radiatafirethermal gradientSoil Science

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    CC BY 4.0

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