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“Multi-functional Agriculture - Agriculture as a Resource for Energy and Environmental Preservation

机译:“多功能农业-农业作为能源和环境保护的资源

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In the present global situation, agriculture plays a major role in the interaction between socio-economic and biophysical processes. In addition to its principal and fundamental role of providing food, it now also needs to consider other ecosystem services provided by agriculture and to explore the new frontiers for the the future. In the 50’s of the 20th century the major topic was the introduction of inorganic fertilizers, in the 60’s the use of synthetic compounds for plant protection (insecticides, herbicides, fungicides), in the 70’s industrial crops, in the 80’s organic farming and the environmental impact of agronomic practices, and in the 90’s genetically modified crops (herbicide tolerance, insect resistance). In the current decade the themes are: land and water degradation, the production of agricultural biomass for bio-energy, and the increased expression of functional compounds in crops. The Bologna X Congress of ESA “Multi-functional Agriculture - Agriculture as a Resource for Energy and Environmental Preservation”, will meet the needs of finding tools to deal with environmental problems coupled with the increasing demand for food, and filling the knowledge gap on the physiological relationships between functional compound bio-synthesis and agricultural practices. Members of the European Society for Agronomy already have a deep knowledge of these issues, and the Bologna ESA Congress will provide an opportunity to develop them further particularly in regard to innovative agricultural techniques, new energy sources and better environmental monitoring.
机译:在目前的全球形势下,农业在社会经济和生物物理过程之间的相互作用中起着重要作用。除了提供粮食的主要和基本作用外,它现在还需要考虑农业提供的其他生态系统服务,并探索未来的新领域。在20世纪50年代,主要的话题是引入无机肥料,在60年代,使用合成化合物来保护植物(杀虫剂,除草剂,杀真菌剂),在70年代的工业作物中,在80年代的有机农业和环境中使用农艺学方法的影响,以及90年代的转基因作物(耐除草剂,抗虫性)。在当前的十年中,主题是:土地和水的退化,用于生物能源的农业生物量的生产以及作物中功能性化合物的表达增加。 ESA的博洛尼亚X大会“多功能农业-农业作为一种能源和环境保护的资源”,将满足寻找解决环境问题的工具以及食品需求增加的需求,并填补知识的空白。功能化合物生物合成与农业实践之间的生理关系。欧洲农艺学会的成员已经对这些问题有深入的了解,博洛尼亚欧空局大会将提供一个进一步发展这些问题的机会,特别是在创新农业技术,新能源和更好的环境监测方面。

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