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. 2019 Mar 12;16(5):898. doi: 10.3390/ijerph16050898

Table 1.

Descriptive statistics of the analyzed variables.

Variable Description Min Max Average Standard Deviation Variation Coefficient
V1 Farmer’s academic level 1 4 2.31 0.76 33.05%
V2 Contracted insurance 0 2 0.26 0.46 175.58%
V3 Greenhouse surface (ha) 0.60 4.00 1.29 0.43 33.53%
V4 Greenhouse building year 1986 2014 1999 4.50 0.23%
V5 Irrigation technological level 1 3 2.03 0.57 27.92%
V6 Greenhouse technological level 6 10 6.89 1.31 18.99%
V7 Rainwater collection system 0 1 - - -
V8 Crop diversity 0 1 - - -
V9 Monoculture level 1 4 2.65 0.98 36.95%
V10 Number of available water resources 1 3 2.35 0.70 29.69%
V11 Aquifer water conductivity level (dS/m) 2.1 14 3.33 2.24 67.32%
V12 Percentage of desalinated seawater use 0 1 0.52 0.25 48.22%
V13 Percentage of rainwater use 0 0.15 0.03 0.04 177.13%
V14 Setting back a fertilising layer on soil 1 5 3.72 0.93 25.01%
V15 Reduce water extraction 0 1 - - -
V16 Increase well water price 0 1 - - -
V17 Close illegal wells 0 1 - - -
V18 Prohibit construction of new greenhouses 0 1 - - -
V19 Establish the compulsory consumption of desalinated seawater 0 1 - - -
V20 Install a compulsory rainwater collection system 0 1 - - -
V21 Reduce desalinated seawater price 0 1 - - -
V22 Tax relief for the consumption of desalinated seawater 0 1 - - -
V23 Continuity of agricultural activity by descendants 0 1 - - -