Reducing vineyard management overheads from above:Airborne remote sensing is a popular and cost-effective tool in the management of vineyard heterogeneity

Tony Proffitt; NathanTurner

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Reducing vineyard management overheads from above:Airborne remote sensing is a popular and cost-effective tool in the management of vineyard heterogeneity

机译：从上面减少葡萄园管理架空：机载遥感是葡萄园异质性管理的流行和经济效益的工具

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Following the introduction of spatially-enabled technologies, collectively known as Precision Viticulture (PV), to the Australian wine industry in the late 1990s, many grapegrowers and wine producers now recognise the value of understanding and managing the inherent biophysical characteristics and performance of their vineyards.Since that time, there have been major advances in sensing technologies, vision systems and image analysis, as well as capacity to obtain, deliver and view digital data.

机译：在引入空间技术的技术后，统称为澳大利亚葡萄栽培（PV），在20世纪90年代后期，许多葡萄酒和葡萄酒生产商现在认识到理解的价值，并管理其葡萄园的固有生物物理特征和性能。当时，感应技术，视觉系统和图像分析以及获得，提供和查看数字数据的能力，已经存在重大进展。

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《Australian & New Zealand Grapegrower & Winemaker: national journal of the grape and wine industry》 |2017年第647期|共4页
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Tony Proffitt; NathanTurner;
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中图分类农学（农艺学）;
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1. Reducing vineyard management overheads from above:Airborne remote sensing is a popular and cost-effective tool in the management of vineyard heterogeneity [J] . Tony Proffitt, NathanTurner Australian & New Zealand Grapegrower & Winemaker: national journal of the grape and wine industry . 2017,第647期

机译：从上面减少葡萄园管理架空：机载遥感是葡萄园异质性管理的流行和经济效益的工具
2. Ground-truthing of remotely sensed within-field variability in a cv. Barbera plot for improving vineyard management [J] . Gatti M., Garavani A., Vercesi A., Australian Journal of Grape and Wine Research . 2017,第3期

机译：简历中遥感的场内变化的真实性。巴贝拉计划改善葡萄园管理
3. Evapotranspiration estimates derived using thermal-based satellite remote sensing and data fusion for irrigation management in California vineyards [J] . Knipper Kyle R., Kustas William P., Anderson Martha C., Irrigation Science . 2019,第3期

机译：在加利福尼亚州葡萄园中使用基于热基卫星遥感和数据融合来源的蒸发估算
4. Vineyard zonal management for grape quality assessment by combining airborne remote sensed imagery and soil sensors [C] . Bonilla I., Martinez de Toda F., Martinez-Casasnovas J.A Conference on remote sensing for agriculture, ecosystems, and hydrology . 2014

机译：通过将机载遥感影像与土壤传感器相结合，对葡萄园进行葡萄园质量评估
5. Using Site-specific Weather Information and Canopy Sensing to Support Disease Management in Idaho Vineyard [D] . McCauley, Dalyn M. 2020

机译：使用特定于现场的天气信息和冠层感应来支持爱达荷州葡萄园的疾病管理
6. Influence of Vineyard Inter-Row Groundcover Vegetation Management on Arthropod Assemblages in the Vineyards of North-Eastern Italy [O] . Giulia Zanettin, Angela Bullo, Alberto Pozzebon, 2021

机译：葡萄园区区地下交框的影响在意大利东北部葡萄园节肢动物组合的影响
7. Management of ground and remote sensing data for remote monitoring of vineyards [O] . E.A. Rybalko, N.V. Baranova, E.A. Loupian, 2016

机译：用于远程监控葡萄园的地面和遥感数据管理
8. Remote Sensing of Vineyard FPAR, with Implications for Irrigation Scheduling [R] . Johnson, Lee F., Scholasch, Thibaut 2004

机译：葡萄园FpaR的遥感，对灌溉调度的影响

Reducing vineyard management overheads from above:Airborne remote sensing is a popular and cost-effective tool in the management of vineyard heterogeneity

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