controlling plant growth and productivity ( Turner and Begg, 1981 ). The mechanism of response to water shortage involves stomata closure, which restricts CO 2 uptake and subsequently growth ( Jamieson et al., 2009 ). Water availability, uptake, and
content of seedlings raised from two Malus trilobata trees and one Acer syriacum tree when grown under either 25 or 100 mg·L −1 N water-soluble fertilizer. Nutrient uptake and nutrient use efficiencies. For both species, there was no
sand-amended pine bark required more proportional root dry weight to top dry weight for water and nutrient uptake ( Fritter and Hay, 2002 ). This most likely resulted from either “stress memory” ( Chaves et al., 2002 ) or limited nutrient availability
silicon alleviate water-deficit stress of potato plants Agron. J. 106 2325 2334 https://doi.org/10.2134/agronj14.0176 Pontigo, S. Ribera, A. Gianfreda, L. Mora, M.L.L. Nikolic, M. Cartes, P. 2015 Silicon in vascular plants: Uptake
soil salinity on nutrient uptake, growth, and decorative value of four ground cover shrubs J. Plant Nutr. 27 977 989 Munns, R. 2002 Comparative physiology of salt and water stress Plant Cell Environ. 25 239 250 Munns, R. Tester, M. 2008 Mechanisms of
Many soft and fleshy fruit crack on exposure of the fruit to surface water. Osmotic water uptake that occurs along a gradient in water potential between the surface water on the fruit and the water inside the fruit is thought to be causal. The water
final destructive harvest, fruit yield, EC, total refill water, and nutrient uptake of plants grown in the greenhouse were subject to a Student’s t test using the fit model procedure of JMP (version 12; SAS Institute, Cary, NC). A regression analysis
Pecan [ Carya illinoinensis (Wangenh.) K. Koch] is an important crop in southern New Mexico, and appropriate application of agrochemicals for pest control is required to maintain water quality and sustain pecan production. Indaziflam (Alion
. 80 422 10.1094/PD-80-0422 Smith, B.R. Fisher, P.R. Argo, W.R. 2004 Water-soluble fertilizer concentration and pH of a peat-based substrate affect growth, nutrient uptake, and chlorosis of container-grown seed geraniums J. Plant Nutr. 27
. ( Cavins et al., 2004 ). Phosphorus removal from substrate pore-water is likely because of uptake by roots before pour-through sampling. Although statistical analysis was not used to compare taxa, pore-water P concentrations within each treatment appeared