Download Water Use Efficiency in Plant Biology (1st Edition) PDF
Author note: Mark Bacon (Editor)
This is the 1st quantity to supply complete assurance of the biology of water use potency at molecular, mobile, entire plant and neighborhood degrees. whereas numerous works have incorporated the phenomenon of water use potency, and others have focused on an agronomic framework, this booklet represents the 1st designated therapy with a organic focus.
The quantity units out the definitions acceptable to water use potency, the basic body structure and biochemistry governing the potency of carbon vs water loss, the environmental legislation of this technique and the precise physiological foundation in which the plant exerts keep watch over over such potency. it truly is geared toward researchers and execs in plant body structure, biochemistry, molecular biology, developmental biology and agriculture.
It also will tell these excited by formulating study and improvement coverage during this subject world wide.
Read or Download Water Use Efficiency in Plant Biology (1st Edition) (Biological Sciences) PDF
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Additional resources for Water Use Efficiency in Plant Biology (1st Edition) (Biological Sciences)
Briggs and Shantz, 1913). The ratio between the amount of water transpired by plants and the dry matter accumulated has variously been termed the transpiration coefficient, the transpiration ratio or the water requirement of plants, while the reciprocal quantity was originally termed the efficiency of transpiration (see Maximov, 1929). In more recent years the term water use efficiency (WUE) has become more usual and is the term that we shall use for preference in this chapter and throughout this book, though as outlined below, the term does have its critics and may be defined in a number of ways depending on the specific purposes of the user.
1997) Correlating d13C and d18O in cellulose of trees. Plant, Cell and Environment, 20, 1543±1550. E. J. (1979) Solute regulation and growth by roots and shoots of waterstressed maize plants. Planta, 147, 43±49. E. J. (1985) Root growth and water uptake by maize plants in drying soil. Journal of Experimental Botany, 36, 1441±1456. K. C. (1988) Growth of the maize primary root at low water potentials. I. Spatial distribution of expansive growth. Plant Physiology, 87, 50±57. , Stiller, V. G. (2002) Soil water uptake and water transport through root systems.
The basis of carbon-isotope discrimination is the fact that photosynthesis tends to discriminate against the heavier isotopes of carbon, so that the ratio of 13 12 C/ C in dry matter tends to be somewhat lower than the corresponding ratio for the CO2 in air. The amount of this discrimination, usually expressed in parts per thousand (ù), is described by Á, defined by Á 13 Ca12 Creactants 13 Ca12 Cproducts À1 2X6 The value of Á for plant material is commonly in the range 13 to 28ù for C3 plants and between À1 and 7ù for C4 plants.