Agricultural PlantsCambridge University Press, 14 nov. 1991 - 387 pages The future of mankind depends on ever-increasing agricultural production to provide food, fibre, fuel and other essential commodities. This can only be achieved through a sound knowledge of the plants which feature prominently in agriculture. This book describes these plants in detail, together with the products which are obtained from them. The opening chapter on world population and food supply is followed by a general introduction to plant structure. The major part of the book then considers economically important field crops and pasture plants of temperate and subtropical regions on a family-by-family basis. Fruit crops, flowers and trees are not considered. The book concludes with a discussion of physiological principles of crop growth and yield. This is an introductory text, suitable for the teaching of agricultural botany to undergraduate students, and is intended to bridge the gap between classical botany and agronomy. |
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Table des matières
World population and crop production | 1 |
Plant structure | 10 |
22 Plant tissues | 12 |
23 Plant morphology | 18 |
Liliaceae | 33 |
32 Asparagus | 38 |
Poaceae | 40 |
41 General characteristics | 41 |
92 Other Chenopodiaceae | 207 |
Cucurbitaceae | 209 |
101 Citrullus | 210 |
102 Cucumis | 211 |
103 Cucurbita | 214 |
Fabaceae | 217 |
112 Trifolium | 221 |
113 Medicago | 235 |
42 Triticum | 53 |
43 Hordeum | 62 |
44 Avena | 70 |
45 Rye | 75 |
46 Triticale | 78 |
47 Agropyron | 81 |
48 Agrostis | 83 |
49 Alopecurus | 86 |
410 Ammophila | 87 |
411 Anthoxanthum | 88 |
412 Arrhenatherum | 89 |
413 Briza | 91 |
415 Cynosurus | 94 |
416 Dactylis | 95 |
417 Deschampsia | 97 |
418 Festuca | 98 |
419 Glyceria | 101 |
421 Lolium | 103 |
422 Molinia | 110 |
423 Nardus | 111 |
425 Phleum | 113 |
426 Poa | 115 |
427 Trisetum | 117 |
429 Maize | 118 |
430 Sorghum | 123 |
431 Sugar cane | 125 |
432 Other Andropogoneae | 126 |
433 Axonopus | 128 |
436 Echinochloa | 129 |
439 Paspalum | 132 |
440 Pennisetum | 133 |
441 Setaria | 135 |
442 Bouteloua | 137 |
444 Cynodon | 139 |
Apiaceae | 146 |
51 Apium | 147 |
52 Daucus | 148 |
53 Pastinaca | 150 |
Asteraceae | 154 |
61 Helianthus | 155 |
62 Carthamus | 159 |
63 Chrysanthemum | 161 |
64 Lactuca | 163 |
65 Cichorium | 164 |
Brassicaceae | 168 |
72 Other crop plants | 186 |
Cannabinaceae | 190 |
82 Hemp | 193 |
Chenopodiaceae | 197 |
114 Lotus | 241 |
115 Melilotus | 244 |
116 Onobrychis | 245 |
117 Ornithopus | 246 |
1110 Lespedeza | 247 |
1112 Lotononis | 248 |
1114 Macrotyloma | 249 |
1116 Stylosanthes | 250 |
1117 Arachis | 251 |
1118 Cajanus | 253 |
1119 Cicer | 255 |
1120 Glycine | 256 |
1121 Lens | 260 |
1122 Lupinus | 261 |
1123 Phaseolus | 264 |
1124 Pisum | 269 |
1125 Psophocarpus | 271 |
1126 Vicia | 272 |
1127 Vigna | 275 |
1128 Other legumes | 279 |
Lamiaceae | 283 |
122 Mentha | 285 |
123 Ocimum | 287 |
124 Origanum | 288 |
125 Rosmarinus | 289 |
127 Thymus | 290 |
128 Other Lamiaceae | 291 |
Linaceae | 293 |
Malvaceae | 299 |
Papaveraceae | 304 |
Solanaceae | 308 |
161 Capsicum | 309 |
162 Tomato | 311 |
163 Nicotiana | 313 |
164 Solanum | 320 |
165 Other Solanaceae | 325 |
Physiological basis of yield | 328 |
171 Plant and environment | 329 |
172 Yield and yield components | 330 |
173 Plant development | 332 |
174 Crop photosynthesis | 335 |
175 Harvest index | 339 |
176 Towards higher yield | 341 |
177 Manipulating the leaf area index | 342 |
178 Energy balance | 346 |
350 | |
356 | |
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Expressions et termes fréquents
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