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Advances in modelling thermal-induced seed dormancy loss and germination in rare Mediterranean mount
[会议论文] 作者：E.Mattana,H.W.Pritchard,G.Bacchetta,
来源：第四届国际种子生态学大会(The 4th International Society for Seed Science 年份：2013
Introduction The most common models for estimating seed dormancy loss and germination responses are based on a thermal time approach.Under Mediterranean climate, germination is mainly limited to winte...
[会议论文] 作者：M.Porceddu,E.Mattana,H.W.Pritchard,G.Bacchetta,
来源：第四届国际种子生态学大会(The 4th International Society for Seed Science 年份：2013
Introduction Seeds of many temperate plant species are dormant at the time of dispersal and specific temperature requirements must be met before dormancy is lost and germination is possible (Baskin et...
Optimum temperature for removal of physical dormancy in Malosma laurina (Anacardiaceae)seed is relat
[会议论文] 作者：R.J.Newton,C.M.Culshaw,P.Espinosa,H.W.Pritchard,
来源：第四届国际种子生态学大会(The 4th International Society for Seed Science 年份：2013
Introduction Seed coat impermeability (physical dormancy) functions distribute seed germination in time, thereby increasing the chances of seedling establishment and survival (Rolston 1978)....
[会议论文] 作者：R.Picciau,H.W.Pritchard,E.Mattana,G.Bacchetta,
来源：第四届国际种子生态学大会(The 4th International Society for Seed Science 年份：2013
Introduction Mediterranean climate is characterized by dry summers, with rainfall concentrated in autumn, and low temperatures in winter.However, high mountain Mediterranean plants face specific const...
Differential desiccation tolerance among mature seeds of tea (Camellia sinensis L.)collected from th
[会议论文] 作者：H.Y.Chen,H.W.Pritchard,W.Q.Li,L.Kranner,
来源：第四届国际种子生态学大会(The 4th International Society for Seed Science 年份：2013
Introduction Camellia sinensis (L.) O.Kuntze (Theaceae), tea, is the most widely consumed beverage plant in the world with commercial production in over 40 countries yielding ～ 3.6 million tons of tea...
Unique anatomic adaptations in recalcitrant fruits of the genus Quercus both delay desiccation stres
[会议论文] 作者：K.Xia,M.I.Daws,W.Stuppy,Z.K.Zhou,H.W.Pritchard,
来源：第四届国际种子生态学大会(The 4th International Society for Seed Science 年份：2013
Introduction Desiccation-sensitive recalcitrant seeds and fruits are killed by the loss of even moderate quantities of water, Consequently, minimizing the rate of water loss may be an important ecolog...
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