Climate Smart Livestock Production - Call for Food Security: A Review

Zahoor A. Pampori, Aasif. A Sheikh
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Abstract

Climate change is no more a myth but a reality supported by scientific evidence. The rapid change in environmental green house gases post industrialization is one such indicator responsible for global warming. Atmospheric concentrations of core GHGs carbon dioxide, methane and nitrous oxide have increased by 43%, 154% and 21%, respectively between 1750 to 2013. Similarly global average air temperature has increased from 0.74 in 1906 to 1.2°C in 2020 and sea level by 8 inches in last century, besides increased frequency in natural hazards like floods, draughts, cloud bursts, storms, typhoons and heat waves. The changing climate has negative impacts on human life as well as on livestock. However, livestock is believed to be the main contributor of methane, an important green house gas with 21 times more global warming potential in comparison to carbon dioxide. Since human population has tremendously increased and is further expected to increase by 33% till 2050 and at the same time due to urbanization, improved incomes and increased purchasing capacity, the demand for food of animal origin is increasing. In order to have food and nutritional security the production of livestock products is a necessity. Therefore, on one hand increase in livestock production and on the other hand minimizing the GHG emissions, the livestock sector warrants climate smart livestock production which will encompass climate resilient, environmentally sustainable, economically viable production of nutritious, safe, affordable livestock food and products.
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气候智能型畜牧生产——呼吁粮食安全:综述
气候变化不再是一个神话,而是有科学证据支持的现实。工业化后环境温室气体的快速变化就是导致全球变暖的一个指标。从1950年到2013年,大气核心温室气体二氧化碳、甲烷和一氧化二氮的浓度分别增加了43%、154%和21%。同样,全球平均气温从1906年的0.74摄氏度上升到2020年的1.2摄氏度,海平面在上个世纪上升了8英寸,此外,洪水、干旱、云暴、风暴、台风和热浪等自然灾害的频率也有所增加。气候变化对人类生活和牲畜都有负面影响。然而,牲畜被认为是甲烷的主要来源,甲烷是一种重要的温室气体,其全球变暖潜力是二氧化碳的21倍。由于人口急剧增加,预计到2050年将进一步增加33%,同时由于城市化、收入的提高和购买能力的提高,对动物源性食品的需求正在增加。为了保证粮食和营养安全,畜牧产品的生产是必要的。因此,一方面要增加畜牧业生产,另一方面要尽量减少温室气体排放,畜牧业必须实现气候智能型畜牧业生产,这将包括气候适应能力强、环境可持续、经济上可行的有营养、安全、负担得起的牲畜食品和产品的生产。
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