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The comparative rates of phosphate absorption by eight annual pasture species

J Keay, EF Biddiscombe and PG Ozanne
21(1) pp.33 - 44


21 articles found in Crossref database.

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Physiologia Plantarum. 1980 49(4). p.487
Lupinus cosentiniimore effectively utilizes low levels of phosphorus from superphosphate thanLupinus angustifolius
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Plant and Soil. 1972 36(1-3). p.141
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VESICULAR‐ARBUSCULAR INFECTION AND SOIL PHOSPHORUS UTILIZATION IN LUPINUS SPP.
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New Phytologist. 1977 78(2). p.297
How a phosphorus‐acquisition strategy based on carboxylate exudation powers the success and agronomic potential of lupines (Lupinus, Fabaceae)
Lambers Hans, Clements Jon C., Nelson Matthew N.
American Journal of Botany. 2013 100(2). p.263
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Plant, Cell & Environment. 1998 21(11). p.1133
The Role of Phosphorus in Agriculture (2015)
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Edaphic constraints to perennial grasses: Change the plant to suit the soil or vice versa?
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New Zealand Journal of Agricultural Research. 1994 37(3). p.391
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The comparative phosphorus requirements of some temperate perennial legumes
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Plant and Soil. 1991 133(1). p.17
Analysis of the response of pasture legumes to phosphorus in a controlled environment
Hart A.L., Halligan G., Haslemore R.M.
New Zealand Journal of Agricultural Research. 1981 24(2). p.197
The Role of Phosphorus in Agriculture (2015)
Ozanne P. G.
Distinguishing between grass and legume species for efficiency of phosphorus use
Caradus J. R.
New Zealand Journal of Agricultural Research. 1980 23(1). p.75
Variation in partitioning and percentage nitrogen and phosphorus content of the leaf, stolon, and root of white clover genotypes
Caradus J. R.
New Zealand Journal of Agricultural Research. 1986 29(3). p.367

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