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An Essay Key for the Photo Identification of Farm Crops at Several Intervals During the Growing Season in Northern Illinois. Part IV. Photo Appearance of Corn Fields.

机译：伊利诺伊州北部生长季节几个区间农作物照片识别的一个关键词。第四部分。玉米田的照片外观。

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作者
KOHN, C. F.;
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年度 1953
页码 1-28
总页数 28
原文格式 PDF
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中图分类
关键词
Aerial photography; Photographic analysis; Farm crops; Corn plants; Plant groth; Photointerpretation Keys; Illinois;

机译：航空摄影;摄影分析;农作物;玉米植物;植物生长;光解释钥匙;伊利诺伊州;

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1. Remote-Monitoring of the Physiological-ecological Status of Crops : IV. Quantitative relationship between photosynthetic rate and transpiration rate per vapor pressure deficit for corn and soybean under field conditions [J] . Yoshio INOUE 日本作物學會紀事 . 1987,第4期

机译：远程监测作物的生理生态状态：IV。玉米和大豆在田间条件下血管压力缺陷之间的定量关系
2. Remote-Monitoring of the Physiological-ecological Status of Crops : IV. Quantitative relationship between photosynthetic rate and transpiration rate per vapor pressure deficit for corn and soybean under field conditions [J] . Yoshio INOUE 日本作物學會紀事 . 1987,第4期

机译：远程监测作物的生理生态状态：IV。玉米和大豆在田间条件下血管压力缺陷之间的定量关系
3. Remote-Monitoring of the Physiological-ecological Status of Crops : IV. Quantitative relationship between photosynthetic rate and transpiration rate per vapor pressure deficit for corn and soybean under field conditions [J] . Yoshio INOUE 日本作物學會紀事 . 1987,第4期

机译：远程监测作物的生理生态状态：IV。玉米和大豆在田间条件下血管压力缺陷之间的定量关系
4. High Granularity Remote Sensing and Crop Production over Space and Time: NDVI over the Growing Season and Prediction of Cotton Yields at the Farm Field Level in Texas [C] . Little Bert, Schucking Michael, Gartrell Brandon, IEEE Interntional Conference on Data Mining Workshops . 2008

机译：高颗粒度遥感和作物生产在空间和时间：NDVI在德克萨斯州农田水平的生长季节和棉花产量的预测
5. Determining in-season nitrogen requirements for corn using aerial color-infrared photography. [D] . Sripada, Ravi Prakash. 2005

机译：使用航空彩色红外照相法确定玉米的季节氮需求。
6. Identification of Crop Type in Crowdsourced Road View Photos with Deep Convolutional Neural Network [O] . Fangming Wu, Bingfang Wu, Miao Zhang, 2021

机译：深度卷积神经网络征用众包路景观作物类型
7. Remote-monitoring of the physiological-ecological status of crops. IV. Quantitative relationship between photosynthetic rate and transpiration rate per vapor pressure deficit for corn and soybean under field conditions. [O] . Yoshio INOUE 1987

机译：远程监测作物的生理生态状态。 IV。玉米和大豆在田间条件下血管压力缺陷之间的定量关系。

An Essay Key for the Photo Identification of Farm Crops at Several Intervals During the Growing Season in Northern Illinois. Part IV. Photo Appearance of Corn Fields.

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