Titlebook: Roots; The Dynamic Interfac Jun Abe Book 2003 Springer Science+Business Media B.V. 2003 Ecology.environment.environmental protection.forest

Rotator-Cuff

condone

CRAB

Biological activities and structure-activity relationship of substitution compounds of ,-[2-(3-indo epinasty, whereas IESA and NESA did not, suggesting that the IESA and NESA derivatives belong to the same category of root-promoting substances as PESA derivatives and are different from auxin-like substances. In addition, eleven kinds of IESA derivatives and nineteen kinds of NESA derivatives were

Glower

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How do roots penetrate strong soil?,s to penetrate strong wax layers are not related to their elongation rates through uniformly strong media. Differences between species or cultivars in their ability to penetrate strong layers may be due to differences in the tendency of roots to deflect or buckle when they grow from a weak to a stro

FISC

BUOY

Influence of pasture management (nitrogen and lime addition and insecticide treatment) on soil orga the soil and enhanced their potential C utilization. An altered rooting density and longevity was brought about by the two soil treatments, which could have both direct and indirect effects on the soil biota.

sinoatrial-node

Host-specific plant signal and G-protein activator, mastoparan, trigger differentiation of zoosporeent and germination. These results suggest that G-protein mediated signal transduction mechanism may be involved in the differentiation of the . zoospores. This is the first report on the differentiation of oomycete zoospores initiated by a host-specific plant signal or a G-protein activator.

Nibble

A comparison of root characteristics in relation to nutrient and water stress in two maize hybrids,ut 0.6. In the open field (trial in 2000, Legnaro, NE Italy), in conditions of fluctuating combined water and nitrogen stress, DK585 at flowering reached greater root length density (RLD) than Santos in deep layers (50–100-cm interval depth) of positions further from the plant. However, in these con

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Fibrous root turnover and growth in sugar beet (, var. ,) as affected by nitrogen shortage,he maximum depth of roots was not affected by N, but unfertilized plants reached it more slowly..The ratio of cumulative root dead length to produced length at the end of the growing period (....) was used as the most suitable approach for assessing overall root turnover. This ratio was greater in c