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Horticulture OPEN ACCESS

Reaction Of Solanum Lycopersicum Plants To Shortage Water System Under Surface Or Subsurface Trickle Water System

Manuel Del Amor
Department Of Natural And Agriculture Environment, Mediterranean Agronomic Institute Of Zaragoza, Spain
Cristina Amengual
Department Of Natural And Agriculture Environment, Mediterranean Agronomic Institute Of Zaragoza, Spain
DOI Crossref DOI 10.37547/tajhfr/Volume02Issue09-02
tajhfr 2020
VOL. 2 / NO. 09 SEPTEMBER
FULL TEXT PP. 4-6
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VOLUME 2
ISSUE 09
YEAR 2020
PAGES 4-6
RESEARCH OVERVIEW

Abstract

Field contemplates were directed to analyze the yield and organic product nature of handling
tomatoes in surface and subsurface dribble water system, with 100 and half of harvest
evapotranspiration (And so forth). The outcomes indicated that when water system was diminished
by half And so on the subsurface treatment demonstrated higher water content at root profundity
contrasted and the on-surface treatment. At half And so forth subsurface water system yield
expanded by 66.5% contrasted and the surface treatment. Anyway at 100% And so on no critical
contrastin all out natural product yield was seen between water system strategies. The superficial and
water-focused on treatment expanded the pH and the acridity of the organic products yet the
subsurface treatment didn't show contrasts as for the full-water system medicines. Our outcomes
show that the subsurface trickle water system technique could be sensibly applied for handling
Solanum lycopersicum when water assets are restricted.

RESEARCH TOPICS

Keywords

Solanum lycopersicon L., dry season
SOURCES & SCHOLARSHIP

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