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(1980)
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(1966)
Novel Aspects (1978)
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Haynes R. J.
The Botanical Review. 1980 46(1). p.75
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Joris H. A. W., Churka S.
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Bericht über das Jahr 1962 (1963)
Resource manipulations in natural vegetation: a review
DiTommaso Antonio, Aarssen L. W.
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