Production and Evaluation of Agricultural Biodegradable Mulch through Heat and Moisture Distribution in Soil

The need to increase agricultural production in proportion population growth and water crisis management requires initiatives that can the quantity quality of crops by using soil moisture storage methods while preserving environment. According problem presented, order simulate temperature, humidity radiation farm environment, a control system, along with laboratory facilities were designed constructed. Then, evaluation different types mulches from biodegradable petroleum polymers performed aiming investigate effect these on temperature at depths. Produced placed bed. average molecular weight, gel content percentage elongation breakpoint for 4906.56 g mol-1, 4.68% 4.63%, respectively mean values tensile strength before ultraviolet aging process 13.41MPa 396.71%, respectively. Acceptable statistical indicators calculated response surface method. In conclusion changes mulch, velocity rise is reduced deep levels due resistance made moisture. amount reduction dark uncoated mulch moving depth was far more when compared other mulches, there no significant change transparent mulches.