Water hyacinthPellets densityCompressing pressureScreen sizeMoisture contentWater hyacinth (WH) has been one the most troublesome caused by invasive species in the warm regions over the world. However, it has the potential to be compressed into biomass pellets as a local source of substitute and ...
Water hyacinthPellets densityCompressing pressureScreen sizeMoisture contentWater hyacinth (WH) has been one the most troublesome caused by invasive species in the warm regions over the world. However, it has the potential to be compressed into biomass pellets as a local source of substitute and ...
WATER hyacinthCONSERVATION tillageOne of the crucial variables that affects the growth and yield of the maize crop is soil moisture. Soil mulching and foliar nutrition are significantly impacted by the absence of moisture in the soil, which has a favourable impact on the...
Effect of sonication time on the thermal stability, moisture absorption, and biodegradation of water hyacinth (Eichhornia crassipes) nanocellulose-filled bengkuang (Pachyrhizus erosus) starch biocompositesdoi:10.1016/j.jmrt.2019.10.016Edi SyafriSudirman Sudirman...
Water hyacinth mulched plot (M3) to the preceding crop registered significantly ( <0.05) higher yield parameters, yield and economic returns of succeeding rice. The lower values were observed in unmulched (M1) plot. With respect to maize crop stubble incorporation on rice crop...
The mulches WH and RS manifested higher kernel yields of 0.67 and 0.61 t ha − 1 respectively. The soil moisture content with ridge planting method was 8.4%, significantly higher than the flat planting method (7.3%). Soil temperature with flat (33.7°C) and ridge (33.2°C) planting...
The system destroys water plants retaining a large quantity of water, such as water hyacinths. The plants are dredged out of the water and water is squeezed out of them above the water level. The dried matter thus obtained is dumped onto land and/or further processed or destroyed. They ...
However, the impact of BC on SWRC and crack potential and the dependence among these two properties have not been studied extensively. In this article, initially, the impact of BC synthesized from WH as a soil additive is studied in terms of SWRC (volumetric water content, theta(w) and ...
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The high UV light absorption is attributable to the high catechin content of the UG [35,36]. This phenolic compounds and other chromophores in the catechin are responsible for absorbing UV rays and dissipating the absorbed energy [25,37]. This result agrees with previous work that demonstrated ...