Articles
| Open Access |
DOI: Impact Of Water System Recurrence On Development And Creation Of A Cucumber Crop Under Soilless Culture
Gerardo Rodríguez-Ortiz , Department Of Agriculture Crop Production And Rural Environment, University Of Thessaly, Volos, GreeceAbstract
Three water system frequencies were applied on a soilless cucumber crop, in a nursery situated in the waterfront space of southern Cyprus. Water system booking depended on sun powered radiation and performed at whatever point gathered sunlight based radiation energy outside the nursery came to 1.3 MJ m-2 [High Water system Recurrence (HWSR)], 1.9 MJ m-2 [Medium Water system Recurrence (MWSR)] and 3.0 MJ m-2 [Low Water system Recurrence (LWSR)]. The measure of water applied was 0.192 Kg m-2, 0.288 Kg m-2 and 0.448 Kg m-2 for high, medium and low water system frequencies, separately. Fittingly, the all out volume of water applied was indistinguishable in every one of the three cases. The outcomes uncovered that the water system recurrence didn't impact the cucumber harvest's development and creation. Plants at LIF were confronting water pressure conditions, as assessed from leaf temperature and stem miniature variety estimations. Notwithstanding, HIF expanded the happening pace of the plants, bringing about less water and supplement misfortunes.
Keywords
Waste, Phyto-detecting, Rockwool
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