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Use of an Airplane and Simulated Aerial Planting to Evaluate Seed Coating, Seed Pelletization, and Seeding Rate on Smooth Cordgrass Vegetation

机译:使用飞机和模拟的空中种植来评估光滑草草植被上的种子包衣,种子造粒和播种率

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Aerial applications using an airplane (crop duster) have been used routinely in the agricultural industry for planting, delivering fertilizers, and spraying herbicides or pesticides. The speed and ease with minimal ground manpower required are the major advantages of aerial applications. In coastal marshes, both water and land vehicles can be used in planting. The levels of difficulty, however, elevate exponentially for places farther away from the main road or boat landings. By using an airplane, it only takes 16 seconds or less to plant a hectare of land. Aerial applications can be used to carry out various missions, from establishing new vegetation to rejuvenating habitats under stress. Smart aerial applicators and unmanned aerial vehicles are being applied in agriculture to improve precision, early detection of disease, weed pressure, crops under stress, and many other aspects of agriculture (Torres-Sanchez et al. 2013, Zhang and Kovacs 2012, de Castro et al. 2012, Gray et al. 2008). These new tools combined with the large scale aerial planting can be used to develop a comprehensive system to support the overall efforts in controlling coastal erosion and maintaining the health and productivity of coastal ecosystems.
机译:在农业上,使用飞机(农用除尘器)的空中应用通常用于种植,输送肥料以及喷洒除草剂或杀虫剂。空中应用的主要优势是速度和便捷性以及所需的地面人员最少。在沿海沼泽地,水陆两用车均可用于种植。但是,距离主干道或轮船着陆点较远的地方,难度等级呈指数级上升。通过使用飞机,种植一公顷土地仅需16秒或更少的时间。空中应用可用于执行各种任务,从建立新的植被到在压力下恢复生境。智能空中施药器和无人飞行器正在农业中应用,以提高精度,疾病的早期检测,杂草压力,压力下的农作物以及农业的许多其他方面(Torres-Sanchez等人,2013; Zhang和Kovacs,2012; de Castro)等人,2012年,Gray等人,2008年)。这些新工具与大规模的空中种植相结合,可用于开发一个综合系统,以支持控制沿海侵蚀,维​​护沿海生态系统的健康和生产力的整体努力。

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