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Crop IR Log - an Irrigation Calculator for Tree and Vine Crops

机译:作物IR日志 - 树和藤作物的灌溉计算器

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Irrigation supports the biological basis of New Zealand's productive economy and currently comprises about 75% of the nation's consumptive water use. Tools to monitor, audit and predict crop water use are needed to maximise the economic benefit from our finite water resources. In addition, international standards for water use are being developed (www.waterfootprint.org) so our primary industries will increasingly need to show that their use of water is sustainable. In this paper, we describe the development Crop IR Log, an irrigation calculator for tree and vine crops. This software uses a web-based interface to access daily values of evapotranspiration and rainfall, plus a 10-day forecast, in order to provide real-time irrigation recommendations for orchardists and viticulturists. The calculations are based on crop factors derived from heat-pulse measurements of sap flow, and soil hydraulic properties derived from profile descriptions of texture and stone contents. We compare Crop IR Log calculations against grower's soil moisture data from peach, apple and kiwifruit orchards and a grape vineyard. This measurement and modelling comparison is a very important step in developing a tool that will provide growers with high quality recommendations for irrigation application.
机译:灌溉支持新西兰生产性经济的生物学基础,目前占全国消费水的约75%。需要监测,审计和预测作物用水的工具,以最大限度地利用我们的有限水资源的经济效益。此外,正在开发国际供水标准(www.waterfootprint.org)所以我们的主要产业将越来越需要表明他们对水的使用是可持续的。在本文中,我们描述了开发作物IR日志,树和藤作物的灌溉计算器。该软件使用基于Web的界面来访问蒸发和降雨的日常值,以及为期10天的预测,以便为果园和葡萄栽培家提供实时灌溉建议。该计算基于来自SAP流量的热脉冲测量的裁剪因子,以及源自纹理和石内容物的轮廓描述的土壤液压特性。我们将作物IR日志计算从桃,苹果和猕猴桃果园和葡萄葡萄园的桃子湿润的土壤水分数据进行比较。这种测量和建模比较是开发工具的一个非常重要的步骤,该工具将为灌溉应用提供高质量建议的种植者。

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