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A. Anav et al.
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Charles T. Garten et al.
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Donald R. Zak et al.
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John E. Drake et al.
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Harald Bugmann et al.
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Jack W. McFarland et al.
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S. Zaehle et al.
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J. B. Fisher et al.
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S. Zaehle et al.
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Donald R. Zak et al.
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Adrien C. Finzi et al.
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BA Hungate et al.
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S Sitch et al.
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PM Vitousek et al.
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Nitrogen loss from unpolluted South American forests mainly via dissolved organic compounds
SS Perakis et al.
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BE Medlyn et al.
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