UJI TURNITIN The Effect Of Water System (Water Sources, Physical Quality, Chemical, Bacteriological, Quantity And Potential) On Clean Water Availability In Flood And Mining In Banjar District

Abstract

- Based on data from the Regional Disaster Management Agency (BPBD) of South Kalimantan Province (2018), the total disaster incidence in the South Kalimantan Region in 2017 was 381 disaster events. There were 54 flood disasters and in 2020 there were 6,670 houses affected and 11,269 people displaced and lack of clean water in Banjar Regency. Based on the 2018 Basic Health Research (Riskesdas) it was shown that in Banjar Regency the use of clean water per person per day was 2.41%. And the comparison of the use of clean water that is less due to the lack of clean water sources between urban 1.90% and rural 2.50% is approximately only 0.6% different. The purpose of this study was to analyze the effect of water management on the availability of clean water in flood-prone areas and mining. Descriptive quantitative research to analyze water management. The result of this research is the source of river water and dug well water. The results of measuring the physical and chemical quality of water in Sungai Alat Village and Kelampapan Ulu Village have pH, TDS, conductivity, turbidity and temperature values at standard values while the Do value is not up to standard, while Keliukan Village has pH, TDS, conductivity, tubidity, Do values. and the temperature is in accordance with the standard. The results of the chemical measurements of both dug wells and rivers do not meet the requirements, namely the MPN Fecal Coliform index in 100 ml of the sample, which is 1092.2. The quantity of water is sufficient but in a state of an average depth of 75 m and the quantity and quality is cloudy and the potential is sufficient.