Assertion: venation | /r/HasAspect | strong influence
Facets:
value: on the degree
type: OTHER
Source sentences:
text: Because the plant hydraulic conductance (K plant ) tends to scale with K leaf , the venation has a strong influence on the degree to which the stomata may remain open for photosynthesis without desiccating the leaf (Sack & Holbrook, 2006 K leaf correlates strongly with stomatal pore area per leaf area, stomatal conductance, light‐saturated photosynthetic rate per leaf area, and also with species’ growth form and ecology, being higher for species adapted to high vs low irradiance, and higher for crop herbs than for angiosperm trees, and, in turn, higher than for conifers and ferns (Brodribb & Holbrook, 2003 et al ., 2003 2006
text: Because the plant hydraulic conductance () tends to scale with, the venation has a strong influence on the degree to which the stomata may remain open for photosynthesis without desiccating the leaf (Sack & Holbrook,).
text: Because the plant hydraulic conductance (K plant ) tends to scale with K leaf , the venation has a strong influence on the degree to which the stomata may remain open for photosynthesis without desiccating the leaf (Sack & Holbrook, 2006 K leaf correlates strongly with stomatal pore area per leaf area, stomatal conductance, light‐saturated photosynthetic rate per leaf area, and also with species’ growth form and ecology, being higher for species adapted to high vs low irradiance, and higher for crop herbs than for angiosperm trees, and, in turn, higher than for conifers and ferns (Brodribb & Holbrook, 2003 et al ., 2003 2006
text: Because the plant hydraulic conductance () tends to scale with, the venation has a strong influence on the degree to which the stomata may remain open for photosynthesis without desiccating the leaf (Sack & Holbrook,).