搜尋結果
極好的Frogeye鏡頭 鏡頭是LOMO相機的心臟和靈魂，Frogeye的鏡頭務求令你在陸地上或水中央都能夠擁有全面的廣角鏡視野，更助你拍出清晰！ 良好對比！ 色彩鮮明的照片！
- LOMOGRAPHY ASIA PACIFIC LTD
2007年3月13日 · 我是個滿喜歡水的人 水族 游泳 浮潛之類的我都喜歡！. 可惜我的單眼沒辦法陪我下水 隨身機F11的潛水盒也買不到. 於是就興起了買潛水相機當隨身機的構想 立刻把F11賣了然後抱台蛙眼回來 順便推一下大使館 速度很快喔隔天就到~還免運費. 拆開包裹裡面 ...
- Daitium
- Management
- Crop Rotation and Tillage
- Foliar Fungicides
- Fungicide Resistance Management
- Acknowledgments
Resistant Varieties
There are soybean varieties with frogeye leaf spot resistance. However, varieties marketed as resistant may not be completely resistant to the disease (known as partial resistance). To date, the resistance gene known as Rcs3has been effective against all races of this fungus known to occur in North America (resulting in a high level of resistance). Information about specific resistance genes in a variety may not be readily available, so you should consult seed dealers to help locate varieties...
Because the fungus that causes frogeye leaf spot survives on residue, you should follow practices that encourage residue to decompose. This will reduce the amount of the fungus available to infect the next soybean crop. Rotations to a nonhost crop such as corn, small grains, or grain sorghum will help reduce residue; however, long rotations may be ...
Well-timed foliar fungicide applications can effectively control frogeye leaf spot. Researchers have reported that foliar fungicides applied during the pod development stages (R3-R4) are the most effective for managing frogeye leaf spot and protecting against yield reductions. Foliar fungicide efficacy guides are updated annually by the NCERA-137 s...
The genetic diversity of the frogeye leaf spot fungus is a key reason why fungicide-resistant isolates can be selected. Resistance to quinone-outside inhibiting (QoI/strobilurin) fungicides has been reported in the frogeye leaf spot pathogen in North America. It is important to use fungicide products that contain active ingredients from different f...
Authors
Carl Bradley, University of Kentucky; Martin Chilvers, Michigan State University; Anna Freije, Purdue University; Loren Giesler, University of Nebraska; Daren Mueller, Iowa State University; Ed Sikora, Auburn University; Adam Sisson, Iowa State University; Damon Smith, University of Wisconsin-Madison; Albert Tenuta, OMAFRA; and Kiersten Wise, Purdue University.
Reviewers
Tom Allen, Mississippi State University; Gary Bergstrom, Cornell University; Alyssa Collins, Penn State University; John Damicone, Oklahoma State University; Anne Dorrance, Ohio State University; Nick Dufault, University of Florida; Travis Faske, University of Arkansas; Heather Kelly, University of Tennessee; Nathan Kleczewski, University of Delaware; Dean Malvick, University of Minnesota; Hillary Mehl, Virginia Tech University; Lindsey Thiessen, North Carolina State University; and Trey Pric...
Sponsors
The Soybean Disease Management series is a multi-state collaboration sponsored by the North Central Soybean Research Program (NCSRP) through the Soybean Checkoff. This project was funded in part through Growing Forward 2 (GF2), a federal-provincial territorial initiative. The Agricultural Adaptation Council assists in the delivery of GF2 in Ontario. The authors thank the United States Department of Agriculture - National Institute of Food and Agriculture, the Grain Farmers of Ontario, and Uni...
frogeye，英語單詞，主要用作名詞，作名詞時譯為“蛙眼病”。
2022年4月3日 · Frogeye leaf spot is a common soybean disease that many soybean growers face annually. The disease is caused by the fungal pathogen Cercospora sojina and can cause sever yield loss and poor-quality grain.
2019年3月19日 · Frogeye leaf spot is caused by the fungus Cercospora sojina. The disease occurs across the United States and in Ontario, Canada. Frogeye leaf spot can cause significant yield loss when widespread within a field.
In this study, we propose and design Frogeye, a system that exploits the signal strength changes of the backscattered from moving tags to provide a hypersensitive approach for
