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机译:树木叶片折磨对于子冠层树木更强大:叶子特征揭示了树冠树木的增长率
School of Biological Sciences University of Queensland St. Lucia Brisbane Queensland 4072 Australia;
School of Agriculture and Food Science University of Queensland (UQ) Brisbane Queensland 4072 Australia;
School of Agriculture and Food Science University of Queensland (UQ) Brisbane Queensland 4072 Australia;
School of Agriculture and Food Science University of Queensland (UQ) Brisbane Queensland 4072 Australia;
Tropical Forests and People Research Centre University of the Sunshine Coast (USC) Maroochydore Queensland 4558 Australia;
Tropical Forests and People Research Centre University of the Sunshine Coast (USC) Maroochydore Queensland 4558 Australia;
functional trait ecology; growth rates; leaf functional traits; permanent sample plots; specific leaf area; Wet Tropics;
机译:树木叶片折磨对于子冠层树木更强大:叶子特征揭示了树冠树木的增长率
机译:叶龄对亚马逊冠层叶片性状光谱可预测性的影响
机译:28种澳大利亚灌木和树木的光能和叶性状随叶龄和冠层位置的梯度。
机译:PACLOBUTRAZOL树生长调节器影响的两种城市树种叶生理学和解剖学
机译:巴拿马降水梯度上的冠层树木叶片特征:整合植物生理生态学和生态系统科学。
机译:树木年轮δ13C和δ18O叶片δ13C以及木材和叶片N的状态证明了树木的生长策略并预测了对干扰的敏感性
机译:树木叶面积密度与光学深度的生长和类型对树冠的影响:基于田间观察评价街道街道遮阳遮阳效果的方法研究