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Growth habits and whip morphology
Chemical and physical properties of the exudate
6 other sections not shown
30-day exudation cycle acetone Apocynaceae Asclepiadaceae ash and nitrogen auxin calculated capillary cent coagulation constant Cryptostegia grandiflora decline determined diameter difference dilution dripping elongation Euphorbiaceae experiment experimental exudation from Cryptostegia exudation pressure exuded latex factors figure 17 Frey-Wyssling Gonaives Graph of changes Haiti Hevea increase indicate intemode latex and solids Latex Coagulum latex exudation latex flow latex system latex tube volume latex volume length of cut length of rest length of whip materials Moraceae node non-water soluble occurs original cut ornamental plant osmotic phloem pith plants plug formation Plugs grams/group Poiseuille's law rate of exudation rate of flow reduced rest and length rest period rubber hydrocarbon second cut serum solids shown species synthesis Table tion tissues total solids content turgor pressure University of Wisconsin values various internodes viscosity volume of latex water extract water intake water solubles whip groups xylem