通过滴灌应用程序,媒体对瓜的生长和结果的影响

Didi Carsidi, Saparso Parso, Kharisun Kharisun, Catur Rahardjo Febrayanto
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引用次数: 2

摘要

媒体的生长和水的质量决定了瓜类植物的生长和产量。本研究旨在确定某些生长介质中水的最佳体积,这些介质能产生最佳的生长和结果。采用4×3的情节分割设计进行研究,并进行三次重复。主要网格是滴的体积,有4个点;600毫升的日子1 -1,1200毫升的日子1 -1 -1,1800毫升的日子1 -1和2400毫升的日子1 -1焦炭地+、可可地+、波哈西地+。观察到的参数包括植物的高度、叶子的数量、植物根的总长度、叶子的总长、月桂树的含水量、胰腺的宽度、气孔的宽度、气孔的宽度、叶绿素的含量、开花年龄、叶绿素的含量、结霜的植物的重量、干植物的重量、水果圈、果实的重量、果子露的重量、甜瓜组织的含水量和NPK。最佳结果研究表明水600毫升hari-1体积tan-1媒体成长地+ 33年新鲜植物的重量(1083。bokhasi g)而水量1200毫升hari-1 tan-1 +媒体成长地bokhasi提供影响干燥植物的重量(95 80 g)。不同类型媒体生长有水的体积容量最佳的成长和植物的结果。吸收大量的媒体和水提供了瓜类植物的生长和屈服。这项研究将确定在媒体的生长过程中存在的最佳水量,以优化增长和收益。研究用了4×3个分叉的情节设计用3个复制品。主要的情节集集了大量的drip ry -1 -1, 1200毫升day-1 -1, 1800 ml day-1 -1, 2400毫升day-1观察到的parameters分别是plant height, leaf number,完全是plant root length, leaf area, leaf相对的水质,proline, stomatal分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解分解《600毫升水体积day-1 tan-1和媒体的情绪是最佳的土地+ bokashi on新鲜植物重量(1083。33 g)而《1200毫升水体积day-1和土地+ bokhasi tan-1重量的情绪就有一个效应在媒体干·普朗特(95 types》80 g)。媒体的情绪有不同的水为最佳植物增长和yields capacities卷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengaruh media tumbuh dengan aplikasi irigasi tetes terhadap pertumbuhan dan hasil melon
 Penggunaan media tumbuh dan volume air yang tepat menentukan pertumbuhan dan hasil tanaman melon. Penelitian ini bertujuan untuk mengetahui volume air optimum pada media tumbuh tertentu yang dapat menghasilkan pertumbuhan dan hasil yang optimum. Penelitian menggunakan rancangan split plot 4 x 3, dengan tiga ulangan. Petak utama yaitu volume irigasi tetes dengan empat taraf; 600 ml hari-1 tan-1, 1200 ml hari-1 tan-1, 1800 ml hari-1 tan-1 dan 2400 ml hari-1 tan-1 sedangakan anakan petak yaitu media tumbuh dengan tiga taraf; tanah + arang sekam, tanah + cocopeat, serta tanah + bokhasi. Parameter yang diamati yaitu tinggi tanaman, jumlah daun, total panjang akar tanaman, luas daun, kandungan air nisbi daun, prolin, lebar bukaan stomata, kerapatan stomata, kadar klorofil, umur berbunga, bobot tanaman basah, bobot tanaman kering, bobot buah, lingkaran buah, brix buah, kadar air buah melon, dan kandungan NPK jaringan daun melon. Hasil penelitian menunjukkan volume air 600 ml hari-1 tan-1 optimum dengan media tumbuh tanah + bokhasi pada bobot tanaman segar (1083.33 g) sedangkan volume air 1200 ml hari-1 tan-1 dengan media tumbuh tanah + bokhasi memberikan pengaruh terhadap bobot tanaman kering (95.80 g). Jenis media tumbuh memiliki kapasitas volume air yang berbeda untuk pertumbuhan dan hasil tanaman yang optimal. AbstractThe proper growing media and water volume provide the growth and yield of melon plants. This study aimed to determine the optimum water volume in certain growth media to optimize the growth and yield. The study used a 4 x 3 split plot design with three replications. The main plots were volume of drip irrigations i.e 600 ml day-1 tan-1, 1200 ml day-1 tan-1, 1800 ml day-1 tan-1, and 2400 ml day-1 tan-1 while the sub plots were growing media with three levels i.e soil + husk charcoal, soil + cocopeat, and soil + bokashi. The observed parameters  were plant  height,  leaf number, total plant root length, leaf area, leaf relative water content, proline, stomatal opening width, stomata density, chlorophyll content, flowering age, wet plant weight, dry plant weight, fruit weight, fruit circle, fruit brix, the fruit water content, and NPK content in leaf tissue. The water volume of 600 ml day-1 tan-1 is optimum with growing media soil + bokashi on fresh plant weight (1083.33 g) while the water volume of 1200 ml day-1 tan-1 with soil + bokhasi growing media had an effect on dry plant weight (95.80 g).The types of growing media have different water volume capacities for optimal plant growth and yields.  
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