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agricultural systems Agrobiodiversity Allium paradoxum Apiaceae Asia Biodiversity botanical Browicz Caspian Sea Caucasus checklist Citrus classification climatic coccineus collected condiment conservation Crataegus cultivars cultivated in homegardens cultivated plants Cydonia Cydonia oblonga deciduous Dict different sub-areas Diospyros lotus diversity domestica Borkh dried Eryngium sp Esquivel Fabaceae farmers Ficus carica Figure folk medicine foods forests Fruits are edible Gard gardens germplasm Hammer homegardens Hyrcanian Iran Iranian Khoshbakht kmē Labor input landraces Lobiya macrocarpa mainly Malus orientalis marmalade Mespilus germanica Moench Moraceae mountains northern Iran number of species number of zones on-farm Phaseolus plant genetic resources plant species Poaceae Pojark Prodr production Prunus cerasifera pulses Punica granatum quince regions research area rice rootstock Rosaceae Rubus rural Rutaceae Salisb sativum Savadkouh area seeds shrub species shrubs small fields socioeconomic aspects Table total number trees and shrubs types of homegardens variables vegetable vulgaris wild fruit trees wild plants Zohary and Hopf
Page 81 - Home gardens and in situ conservation of plant genetic resources in farming systems.
Page 84 - Prescott-Allen, C. (1990) How many plants feed the world? Conservation Biology 4, 365-374.
Page 83 - Michon, G., Mary, F. and Bompard, J. 1986. Multistoried agroforestry garden system in West Sumatra, Indonesia. Agroforestry Systems 4: 315-338.
Page 2 - ... genetic diversity available, and the introduction of new and improved cultivars continues to replace indigenous varieties containing potentially useful germplasm. To widen the genetic base for further improvement, it is necessary to collect, characterize, evaluate and conserve plant biodiversity, particularly in local, underutilized and neglected crop plants.