The study was conducted at some watersheds (Temon, Wuryantoro, Alang, and Keduang sub Watersheds), in Wonogiri District. These four sub Watersheds are Main River whose outlets go into Wonogiri Dam. The study will calculate of water availability and the need of water for various uses at four sub Watersheds. The Thornwaite and Mather method was used to calculate the of water availability. The results indicate that : (1) The water availability at Temon Sub Watershed) 35.435.875 m³ and the need of water per year sebesar 51.053.247 m³, the water minus 30,59% per year; (2) The water availability per year Wuryantoro sub Watershed 17.788.417 m³ and the need of water per year 22.413.430 m³, the water minus 20,64% per year; (3) The water availability...
Water is one of the natural resources and an important element to support the sustainability of life...
The discharge of the upper Cijurey watershed (4.217 km2) was measured using an automatic water level...
The water balance in Martapura watershed is calculated to maximise water utilization. The Martapura ...
The watershed (DAS) is an ecological system in which biotic and abiotic elements interact with each ...
Sub Watershed Keduang is part of the Upper Solo River Basin which includes the area of the river sol...
The location of the watershed that becomes the subject of study is the Way Ketibung watershed, which...
This study aims to grasp and analyze the water availability in Sausu Watershed and the need of water...
This study aims to examine the balance between the availability and water need in the present and th...
Development of the region will increase water requirement. Increased water use will influence human ...
This study aims to examine the balance between the availability and water need in the present and th...
The water demand increases in line with the growths of population, industry and business, but the wa...
Water is the most important natural resource for living creatures especially human. Human needs wate...
Puspitahati et al, 2017. Analysis of Water Balance in Water Supply Against Climate Change in some Su...
The water demand increases in line with the growths of population, industry and business, but the wa...
Annual population growth in the Mungkung Sub watershed leads to an increase in water demand. While w...
Water is one of the natural resources and an important element to support the sustainability of life...
The discharge of the upper Cijurey watershed (4.217 km2) was measured using an automatic water level...
The water balance in Martapura watershed is calculated to maximise water utilization. The Martapura ...
The watershed (DAS) is an ecological system in which biotic and abiotic elements interact with each ...
Sub Watershed Keduang is part of the Upper Solo River Basin which includes the area of the river sol...
The location of the watershed that becomes the subject of study is the Way Ketibung watershed, which...
This study aims to grasp and analyze the water availability in Sausu Watershed and the need of water...
This study aims to examine the balance between the availability and water need in the present and th...
Development of the region will increase water requirement. Increased water use will influence human ...
This study aims to examine the balance between the availability and water need in the present and th...
The water demand increases in line with the growths of population, industry and business, but the wa...
Water is the most important natural resource for living creatures especially human. Human needs wate...
Puspitahati et al, 2017. Analysis of Water Balance in Water Supply Against Climate Change in some Su...
The water demand increases in line with the growths of population, industry and business, but the wa...
Annual population growth in the Mungkung Sub watershed leads to an increase in water demand. While w...
Water is one of the natural resources and an important element to support the sustainability of life...
The discharge of the upper Cijurey watershed (4.217 km2) was measured using an automatic water level...
The water balance in Martapura watershed is calculated to maximise water utilization. The Martapura ...