Titlebook: Environmental Engineering for Ecosystem Restoration; Select Proceedings o N. Vinod Chandra Menon,Sreevalsa Kolathayar,K. S. Conference pro

Meager

Spatiotemporal Variability of Short-Term Meteorological Drought for Semi-arid North Gujarat Region, patially distributed for the entire region using the IDW interpolation method in GIS-Environment. Based on the average SPI-6 values over the entire region, 1985–1987 and 1999–2002 time periods were observed to be severely dry spells in which 1987 was the extreme drought with intensity up to -4.24 in

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Landslide Vulnerability in the Sangu-Matamuhuri River Basin of Southeast Bangladeshed qualitatively to understand the associated drivers. The investigation pinpointed Bandarban Sadar, Satkaniya, and Rowanchari with the highest vulnerability within the Sangu Basin and Alikadam and Lama within the Matamuhuri Basin. Alongside climate extremes such as heavy rainfall, development activ

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Spatio-Temporal Trend of Monthly and Annual Rainfall in Mahi Lower River Basin, Gujarat, Indiation of the rainfall trend. The month of August results in a strong increasing trend, according to Z-statistics and Sen‘s slope, while the month of June exhibits a negative trend across practically the whole research region. July, September, and October showed a non-significant increasing trend. The

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Drainage Morphometric Analysis of a Challakere Watershed Using Remote Sensing and Geographical Inforream order of the basin is exclusively driven by the influence of physiographic and lithology of the area. From the result, the basin comprises an irregularly increasing stream order, whereas the fifth order consists of 164 drainage networks, and the overall length of the stream is 701?km.

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Electrochemical Systems for Degradation of Colored Compounds from Textile Industry Effluentand second-order kinetic models were used to determine rate constants for degradation of dye compounds from effluents. From results, it was observed that EF process with Fe electrodes showed maximum dye degradation of 98.24% and 90.53% for CR and CV dye, respectively at natural pH. The removal CR wa

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Contemporaneous Adsorption Analysis for Removal of Dyes from Multi-dye System was noted that pseudo-second-order (K.: RB?=?1.088 min.; MO?=?0.03 min.) and Langmuir model best suited experimental data for both RB and MO dye removal. The maximum adsorption ability (mg/g) was found to be 77.52 and 47.84 for RB and MO, respectively at 60 min with dose 2 g/L at neutral pH. In con

松雞

Competitive Adsorption Analysis for Removal of Methyl Orange and Rhodamine-B Dyes Using Fixed-Bed Cature of MO and RB dye removal in multi-component (MO?+?RB) system was elucidated. From results, it was observed that Thomas model better represented experimental data for sorption of MO and RB dyes from both mono-component and multi-component systems. Adsorption capacity of 19.51 and 15.54 mg/g for

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Environmental Engineering for Ecosystem RestorationSelect Proceedings o