By Larry O. Copeland, Miller B. McDonald (auth.)
This 3rd version of rules of Seed technology and expertise. just like the first variations. is written for the complicated undergraduate pupil or lay one who wants an creation to the technological know-how and know-how ofseeds. the 1st 8 chapters presentthe seed as abiologicalsystemand coverits beginning. improvement. composition. functionality (and occasionally nonfunctionJ, functionality and supreme deterioration. The final seven chapters current the basics ofhow seedsare produced. conditioned. evaluated and allotted in our smooth agricultural society. a brand new bankruptcy on seed enhancement has been further to mirror the numerous developments made within the final 10 years on new physiological and molecular biology thoughts to extra improve seed functionality. as a result of the basic significance of seeds to either agriculture and to all of society. now we have taken nice care to offer the technology and know-how of seeds with the honor and feeling this learn merits. we are hoping that this sense will becommuni cated to our readers. in addition. we have now tried to offer info in a straight-forward. easy-to-read demeanour that may be simply understood through scholars and lay folks alike. designated care has been taken to handle either present state of the art in addition to destiny developments in seed know-how. . We think this 3rd variation represents a brand new point in featuring info that appeals to complicated undergraduate scholars in addition to to these wanting extra basic details on seed shape and serve as. while. it maintains to havethestrengths ofthe firsttwoeditions.initsreadabilityaswellas itscomprehensive assurance of the wider zone of seed technological know-how and technology.
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Additional resources for Principles of Seed Science and Technology
Malfleae and Ureneae. Ameri€an Journal of Botany 23:291-296. 38 Seed Fonnation and Development Reid, J. B. 1979. Flowering in Pisum: Effect of the parental environment. Annals ofBotany 44:461467. Rincker, C. , J. G. Dean, C. S. Garrison, and R G. May. 1977. Influence of environment and clipping on the seed-yield potential of three red clover cultivars. Crop Science 17:58-60. Roach, D. A. 1986. Timing of seed production and dispersal in Geranium carolinianum: Effects on fitness. Ecology 67:572-576.
How long does the zygote remain at rest before it starts preparing for cell division? , W. J. Collins, and W. R. Stern. 1977. The effect of withholding water during flowering on seed production in Trifolium sublerraneum L. AuslTalianJournal Agricullllre Research 28:301-307. Bean, E. W. 1980. Factors affecting the quality of herbage seeds. In: Seed Production, ed. P. D. Hebblethwaite, pp. 593-604, London: Butterworth. Bhatnager, S. , and B. M. Hohri. 1972. Development of angiosperm seeds. In: Seed Biology, Vol.
I. Achene structure, germination and dispersal. Joumal of Ecology 73:133-145. Verkaar, H. , and A. J. Schenkeveld. 1984. On the ecology of short-lived forbs in chalk grasslands: Semelparity and seed output of some species in relation to various levels of nutrient supply. New PhylOlogy 98:673-682. Wardlaw, I. , I. A. Dawson, and P. Munibi. 1989. The tolerance of wheat to high temperatures during reproductive growth. II. Grain development. AusrralianJoumal of Agriculrural Research 40:15-24. Westermann, D.