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Carbon dioxide enrichment technologies for crop response studies

机译:用于作物响应研究的二氧化碳富集技术

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In recent years, a number of technologies have been developed to study the impact of rising atmospheric CO_2 in agricultural systems. Earlier techniques were based on the controlled environment such as phytotrons, closed chambers, cuvettes etc, which are far from the natural environment, in which plants generally grow. However, technologies such as FACE (Free Air CO_2 Enrichment), OTCs (Open Top Chambers) and SPAR (Soil Plant Atmosphere Research) with holistic approach have been developed and are being currently used for crop response studies. South Asian Mid FACE and open top chambers are such holistic technologies, developed at Indian Agricultural Research Institute (IARI), New Delhi, for crop response studies under natural field condition. The data base generated using these facilities will be more realistic for impact assessment analysis of the rising atmospheric CO_2 on crop plants and for developing models to predict responses for future climatic conditions.
机译:近年来,已经开发了许多技术来研究大气中CO_2的上升对农业系统的影响。较早的技术是基于受控环境,例如光电子加速器,密闭室,比色杯等,这些环境与植物通常在其中生长的自然环境相距甚远。但是,已经开发出具有整体方法的技术,例如FACE(自由空气CO_2浓缩),OTC(露天炉)和SPAR(土壤植物大气研究),目前正用于作物响应研究。南亚中部FACE和顶部敞口室是这样的整体技术,由新德里的印度农业研究所(IARI)开发,用于自然田间条件下的作物响应研究。使用这些工具生成的数据库将更实用,可用于评估大气CO_2上升对农作物的影响评估,以及用于开发模型以预测未来气候条件的响应。

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