1987
DOI: 10.1093/oxfordjournals.pcp.a077430
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Effect of Stress Conditions Induced by Temperature, Water and Rain on Senescence Development

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“…Since water can block stomatal pores and reduce the diffusion of CO 2 (Nobel, 1999), highly repellent leaf surfaces that minimize water bead formation on leaves can be beneficial by allowing gas exchange even under wet conditions (Smith and McClean, 1989;Ishisbashi and Terashima, 1995;Shirtcliffe et al, 2006). Other benefits conferred by high LWR in moist environments include reductions in pathogen incidence (Reynolds et al, 1989), colonization of epiphylls (Holder, 2007a), pollutant deposition (Cape, 1996) and leaching of leaf nutrients (De Luca d'Oro and Trippi, 1987). At the ecosystem level, high LWR can affect the water balance by increasing the water input through stemflow, fog precipitation and throughfall (Holder, 2007b).…”
Section: Introductionmentioning
confidence: 99%
“…Since water can block stomatal pores and reduce the diffusion of CO 2 (Nobel, 1999), highly repellent leaf surfaces that minimize water bead formation on leaves can be beneficial by allowing gas exchange even under wet conditions (Smith and McClean, 1989;Ishisbashi and Terashima, 1995;Shirtcliffe et al, 2006). Other benefits conferred by high LWR in moist environments include reductions in pathogen incidence (Reynolds et al, 1989), colonization of epiphylls (Holder, 2007a), pollutant deposition (Cape, 1996) and leaching of leaf nutrients (De Luca d'Oro and Trippi, 1987). At the ecosystem level, high LWR can affect the water balance by increasing the water input through stemflow, fog precipitation and throughfall (Holder, 2007b).…”
Section: Introductionmentioning
confidence: 99%