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D. Harberd (1961)
OBSERVATIONS ON POPULATION STRUCTURE AND LONGEVITY OF FESTUCA RUBRA L.New Phytologist, 60
D. Whitehead (1970)
Carbon, nitrogen, phosphorus and sulphur in herbage plant roots.Grass and Forage Science, 25
A. Thomas (1963)
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The intensive production of herbage for crop drying. 7. The effect of further continued massive applications of nitrogen with and without phosphate and potash on the yield of grassland herbage. Jagric. Sci., Camb., 55
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Bunting Bunting, Elston Elston (1966)
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Margaret Cornish (1954)
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W. Holmes (1954)
The intensive production of herbage for crop-drying Part V. The effect of continued massive applications of nitrogen with and without phosphate and potash on the yield of grassland herbageThe Journal of Agricultural Science, 45
ABSTRACT Annual factorial applications of N and K fertilizers, with or without mowing, to Festuca rubra turf on a chalk rendzina at Swyncombe, Oxon, had large effects on yield and botanical composition over a period of 10 years. The yield of herbage was increased markedly hy N, and less by K, but the N × K interaction was significant. Mean yields of herbage DM for tbe 10‐year period were: no N or K, 730 kg/ha per year; N, 1967; K, 1013; N+K, 2794 kg/ha per year (651, 1755, 904 and 2492 lb/ac per year). N caused an increase in DM production by F. rubra; the NxK interaction was a result of increased growth of species other tban F. rubra. Unmown plots became extremely matted, and undecomposed litter of F. rubra leaves and stems accumulated, especially if N, or N and K together, were given. F. rubra turf seems to he unusually stable, apparently because it forms a mat in which other more demanding species cannot establish themselves.
Grass & Forage Science – Wiley
Published: Dec 1, 1971
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