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Climate variability, agriculture and forestry: an update
World Meteorological Organization (WMO) ; Desjardins R.; Jones M.B.; et al. - WMO, 1997 (WMO-No. 841)This report complements and updates Technical Note No. 196 (WMO-No. 802) and covers the impact of the following on agriculture and forestry: climate extremes, with emphasis on temperature extremes, drought and tropical cyclones; climate variability for the different main world agroclimatic zones; and the impact of agriculture and forestry on climate through trace gas emissions, as well as the sources and sinks of greenhouse gases.
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Выступление открытии тринадцатой сессии комиссии по сельскохозяйственной метеорологии
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Alocución de apertura de la decimotercera reunión de la Comisión de meteorología agrícola
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Allocution prononcée à l'occasion de l'ouverture de la treizième session de la commission de météorologie agricole
CAgM Report, 70. Definition of agrometeorological information required for field and bush crops
World Meteorological Organization (WMO) ; Biswas B.C.; Hubbard Kenneth G.; et al. - WMO, 1996 (WMO/TD-No. 757)
CAgM Report, 69. Definition of agroclimatological information required for pasture and livestock production in cold climate regions
World Meteorological Organization (WMO) ; Gringof I.G.; Germogenov M.T. - WMO, 1996 (WMO/TD-No. 751)
CAgM Report, 60. Practical use of agrometeorological data and information for planning and operational activities in agriculture
World Meteorological Organization (WMO) ; Biswas B.C.; Cáceres Mariscal R.; et al. - WMO, 1996 (WMO/TD-No. 629)
Agrometeorology of grass and grasslands for middle latitudes
This report gives examples of how climate controls the composition and functioning of grassland, both natural and developed; discusses the response of the grassland to climate at the level of the plant and plant community and the interaction between climate and animals; concentrates on Eurasian and New Zealand grasslands; and reviews only grasslands used for pastoral agricultural development where human food is plant-derived via grazing of animals.
The effect of temperature on the citrus crop
Temperature is the most important climatic determinant of citriculture. Citrus trees are threatened by frost and freeze hazards as well as by high temperatures. This report is mainly confined to temperature effects on citrus crop and includes a list of a wide range of references.
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