Potential Productivity of Tropical Perennial Crops

Author:

Corley R. H. V.

Abstract

SummaryLarge yields and dry matter production rates have been recorded for tropical perennial crops, despite the fact that little research has been done on most of them. Considerable increases in productivity should still be possible, since the potential energy fixation rate for such crops is estimated to be about 1.2 TJ ha−1a−1. The dry matter equivalent of this energy varies between species; the oil crops and rubber, in particular, have large energy contents in their respective economic products. Hot leaf temperatures appear to limit productivity in some crops, while unfavourable partitioning of assimilates limits yield at the large leaf area indices necessary to maximize dry matter production. Respiratory losses are large in these crops and selection for smaller respiration rates could lead to considerable improvements in their net productivity.

Publisher

Cambridge University Press (CUP)

Subject

Agronomy and Crop Science

Reference81 articles.

1. Leaf temperature and photosynthesis of a tropical C3 plant, Elaeis guineensis;Hong;MARDI Research Bulletin,1976

2. Shade in North-East Indian Tea Plantations. II. Foliar Illumination and Canopy Characteristics

3. Leaf Temperature, Leaf Pose and Productivity of the Tea Bush

4. Hashim Ismail P'ng T. C. , Chew O. K. , Abraham P. D. & Anthony J. L. (1979). Microtapping and the development of micro-x system. Paper presented at Planters Conference,Rubber Research Institute of Malaysia,Kuala Lumpur. October 1979.

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