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There has been considerable recent interest in the assessment of the en ergy allocation of plants (38, 50, 52). It is likely that through a quantitative understanding of how different plants gain and allocate their resources it will be possible to make predictions as to their success in any given physical envi ronment in combination with any competitor and predator. We are still far from this reality. However, as a contribution toward this goal, this review seeks to gather the available. information on the various evolutionary strate gies which plants have evolved to gain energy and to account for the numer ous ways in which this energy is utilized to meet the demands of the environ ment, as well as to successfully produce progeny. To date, studies which have considered allocation have generally been at a rather gross level-e.g., reproductive versus nonreproductive versus shoots (86). A study by Harper & Ogden (52) has attempted, however, to account To account in more detail for energy gain in allocation and for its even (117), (38), roots and photosynthetic versus nonphotosynthetic tissue in somewhat more detail for the various sources of energy allocation. tual loss through a variety of routes, the
Annual Review of Ecology, Evolution, and Systematics – Annual Reviews
Published: Nov 1, 1972
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