GROWTH, RELATIVE WATER CONTENT, TRANSPIRATION AND PHOTOSYNTHETIC PIGMENT CONTENT IN COFFEE TREES (Coffea arabica L.) GROWING AT DIFFERENT SUNLIGHT REGIMES

MANUEL RAMON LLAMAS 1 AND ELENA LOPEZ-GUNN 2 Abstract. Today most water resources experts admit that water conflicts are not caused by the physical scarcity of water. They

The differing responses of the roots to drought and infection were reflected in the early reduction of photosynthetic activity and relative changes in biomass allocation under

The analysis of this ratio over the study period helps to understand the effect of meteorological and hydrological conditions on productivity, and the role of blue (abstracted)

The proposed methodology provides the optimal hydrant grouping in irrigation sectors and the optimal soil water content at the beginning of the season in each irrigated

studying the autocorrelation and partial correlation function for soil water content measured at a shallower depth as well as the cross-correlation function between soil water

midday leaf water potential (A) and midday stomatal conductance vs midday stem water potential (B) in response to different irrigation regimes in 3 year-old pear trees planted

Water potential ( Ψ w ) and relative water content (RWC) of the flag leaves in well-watered (WW) and water-stressed (WS) plants of durum wheat (Triticum turgidum L. durum) grown

217 The soil control variables used to provide SIDSS with relevant 218 information are matric potential ( W m ) and volumetric soil water 219 content ( h v ), which are common