. Research methods in ecology. Plant ecology. ALTERNATION 291 cies found in one area will be replaced in another by a different one of the same or a different genus. The controlling factors of the area render imper- ative an essential identity of vegetation and habitat form, though in system- atic position the plants may be very diverse. Such genera and species may be termed corresponding. The relation between such plants is essentially alternation; it should, perhaps, be distinguished from alternation proper as corresponsive. The prairie formation furnishes a good example of this on exposed s Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/research-methods-in-ecology-plant-ecology-alternation-291-cies-found-in-one-area-will-be-replaced-in-another-by-a-different-one-of-the-same-or-a-different-genus-the-controlling-factors-of-the-area-render-imper-ative-an-essential-identity-of-vegetation-and-habitat-form-though-in-system-atic-position-the-plants-may-be-very-diverse-such-genera-and-species-may-be-termed-corresponding-the-relation-between-such-plants-is-essentially-alternation-it-should-perhaps-be-distinguished-from-alternation-proper-as-corresponsive-the-prairie-formation-furnishes-a-good-example-of-this-on-exposed-s-image216434475.html
RMPG3CAK–. Research methods in ecology. Plant ecology. ALTERNATION 291 cies found in one area will be replaced in another by a different one of the same or a different genus. The controlling factors of the area render imper- ative an essential identity of vegetation and habitat form, though in system- atic position the plants may be very diverse. Such genera and species may be termed corresponding. The relation between such plants is essentially alternation; it should, perhaps, be distinguished from alternation proper as corresponsive. The prairie formation furnishes a good example of this on exposed s
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