Results 71 to 80 of about 97 (93)
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Transfer of Biologically Fixed Nitrogen in a Sand Dune Slack Region
Nature, 1967IT has previously been reported1 that natural populations of blue-green algae occurring in an area of sand dune slack at Blakeney Point, Norfolk, assimilate appreciable quantities of elemental nitrogen from the atmosphere during spring, summer and autumn, when there is often an abundant growth of gelatinous Myxophyceae.
W D P Stewart, Stewart W D P
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Canadian Journal of Botany, 1990
Scirpus americanus Pers., a major dune slack plant in coastal sand dune ecosystems, differs in height along transects ranging between the lowest and highest elevational areas of slacks located along the coast of Delaware, U.S.A. Using reciprocal transplant and common garden experiments, results suggest that environmental factors rather than hereditary
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Scirpus americanus Pers., a major dune slack plant in coastal sand dune ecosystems, differs in height along transects ranging between the lowest and highest elevational areas of slacks located along the coast of Delaware, U.S.A. Using reciprocal transplant and common garden experiments, results suggest that environmental factors rather than hereditary
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Oecologia, 1984
The effects of waterlogging and submergence on the growth, survival and mineral nutrition of four pioneer plants from wet dune slacks are compared. The results reveal a correlation between growth and nutrient acquisition under waterlogged conditions, survival under submerged conditions and 'root porosity'.
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The effects of waterlogging and submergence on the growth, survival and mineral nutrition of four pioneer plants from wet dune slacks are compared. The results reveal a correlation between growth and nutrient acquisition under waterlogged conditions, survival under submerged conditions and 'root porosity'.
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Orthogonal experiment on performance of mortar made with dune sand
Construction and Building Materials, 2020Yanhua Liu
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