Creative engineering – introducing the progress of science to forestry

Q4 Agricultural and Biological Sciences USDA Forest Service - Research Papers PNW-RP Pub Date : 2019-12-01 DOI:10.2478/frp-2019-0026
T. Wodzicki
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Abstract

Abstract Implementing creative engineering, or in other words the progress of science, in forestry practice requires the integration of knowledge from its various branches concerning the impact of human activity on the Earth’s ecosystem. In fact, various aspects of development in the forest services are already associated with ecological engineering, which in practice includes biology, economy, sociology as well as technical and mechanical construction. Special attention was given to modelling as the most productive method of promoting progress in forest management. In the case of biological engineering in forest ecology, for example, various possibilities of applying genetic engineering as a potential future method for increasing productivity as well as for the preservation of genetic diversity and environmentalprotection are discussed in more detail. Literature recommendations concerning engineering in forestry accessible to students of the Extramural Doctorate Studies at the Forest Research Institute in Sękocinare also presented.
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创新工程——把科学的进步引入林业
在林业实践中实施创造性工程,或者换句话说,科学的进步,需要整合有关人类活动对地球生态系统影响的各个分支的知识。事实上,森林服务发展的各个方面已经与生态工程联系在一起,生态工程在实践中包括生物学、经济学、社会学以及技术和机械建设。特别注意到建模是促进森林管理进展的最有效方法。以森林生态中的生物工程为例,更详细地讨论了应用基因工程作为提高生产力以及保存遗传多样性和保护环境的潜在未来方法的各种可能性。还介绍了有关林业工程的文献建议,供在Sękocinare森林研究所进行校外博士研究的学生使用。
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USDA Forest Service - Research Papers PNW-RP
USDA Forest Service - Research Papers PNW-RP Agricultural and Biological Sciences-Forestry
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