Javascript must be enabled to continue!
Analysis of Infiltration in Various Land Use in The Alo River Sub-Region
View through CrossRef
In the Alo sub-watershed, the study compares the rates of various types of land use. The Alo sub-watershed is 7,959.98 areas in total. Measurement of infiltration rates for various land uses in the Alo sub-watershed and analysis of differences in infiltration rates for various land uses in the Alo sub-watershed are the problems at hand in this study. The Horton method was used in this study's infiltration measurements. This approach uses a model of time-dependent empirical equations. It is known that multiple infiltration categories exist for plantations, villages, vacant land, bushes, and woods in the infiltration rate class for the kind and usage of dry land used in this study's Alo sub-watershed. It has classes for Fast, Moderate, and Moderate infiltration rates. For the type of land use and paddy field, the infiltration rate falls into the category of being fairly slow. This is due to the high water content of paddy fields, which makes the infiltration process take a while to complete. As a result, the infiltration rate in the Alo sub-watershed, Tibawa District, Gorontalo Regency, and Gorontalo Province reveals that the medium class dominates in the Alo sub-watershed. The cumulative infiltration rate or total amount of infiltrated water is 123,899 mm/hour at point 14 types of vacant land, and 8,476 mm/hour at point 16, which is the smallest cumulative value. The infiltration rate class in the Alo sub-watershed, Tibawa District, Gorontalo Regency, and Gorontalo Province reveals that the Medium Class dominates the sub-watershed.
Center for Journal Management and Publication, Lambung Mangkurat University
Title: Analysis of Infiltration in Various Land Use in The Alo River Sub-Region
Description:
In the Alo sub-watershed, the study compares the rates of various types of land use.
The Alo sub-watershed is 7,959.
98 areas in total.
Measurement of infiltration rates for various land uses in the Alo sub-watershed and analysis of differences in infiltration rates for various land uses in the Alo sub-watershed are the problems at hand in this study.
The Horton method was used in this study's infiltration measurements.
This approach uses a model of time-dependent empirical equations.
It is known that multiple infiltration categories exist for plantations, villages, vacant land, bushes, and woods in the infiltration rate class for the kind and usage of dry land used in this study's Alo sub-watershed.
It has classes for Fast, Moderate, and Moderate infiltration rates.
For the type of land use and paddy field, the infiltration rate falls into the category of being fairly slow.
This is due to the high water content of paddy fields, which makes the infiltration process take a while to complete.
As a result, the infiltration rate in the Alo sub-watershed, Tibawa District, Gorontalo Regency, and Gorontalo Province reveals that the medium class dominates in the Alo sub-watershed.
The cumulative infiltration rate or total amount of infiltrated water is 123,899 mm/hour at point 14 types of vacant land, and 8,476 mm/hour at point 16, which is the smallest cumulative value.
The infiltration rate class in the Alo sub-watershed, Tibawa District, Gorontalo Regency, and Gorontalo Province reveals that the Medium Class dominates the sub-watershed.
Related Results
Konsep “ALO” Dayak Kenyah dalam Perspektif Liyan menurut Sartre
Konsep “ALO” Dayak Kenyah dalam Perspektif Liyan menurut Sartre
Masyarakat Dayak Kenyah memandang orang asing dengan sebutan “Alo”. Konsep “Alo” secara khusus mereka memandang untuk orang asing yang tidak berasal dari suku mereka adalah “Alo”. ...
Flodfund - Bronzealderdeponeringer fra Gudenåen
Flodfund - Bronzealderdeponeringer fra Gudenåen
River findsBronze Age metalwork from the river GudenåBronze Age metalwork (primarily swords and other weapons) found in European rivers has aroused interest for many years, but lit...
GEOMORPHIC BOUNDARIES WITHIN RIVER NETWORKS
GEOMORPHIC BOUNDARIES WITHIN RIVER NETWORKS
Author contributions: MWS and MCT contributed equally to all aspects of
this research and manuscript preparation. Key Points 1. The physical
character of different functional proce...
Modeling infiltration into water repellent soil
Modeling infiltration into water repellent soil
Infiltration is an important hydrological process impacting ecology, forestry, agronomy, civil- and environmental engineering. Most infiltration models assume soils to be ̶...
Urbanization and River Health: Analyzing the Effects of Land Cover Change on the Upper Yamuna Basin
Urbanization and River Health: Analyzing the Effects of Land Cover Change on the Upper Yamuna Basin
Rapid urbanization and intensive agricultural practices have resulted in considerable changes in land use and land cover (LULC), underscoring the paramount significance of land cov...
Land Degradation Assessment in Pakistan based on LU and VCF
Land Degradation Assessment in Pakistan based on LU and VCF
Abstract
Land degradation is a global environmental issue receiving much attention currently. According to the definition and interpretation of land degradation by relevant...
Effects of land use on habitat quality based on INVEST model:A Case Study of the Zuli River Basin,china
Effects of land use on habitat quality based on INVEST model:A Case Study of the Zuli River Basin,china
Abstract
With the development of urbanization,the intensity of human use of land is increasing,which in turn has an impact on habitat quality. Therefore, the study of syner...
LAND USE OPTIMIZATION IN UKRAINE AT THE STAGE OF LAND MARKET FORMATION
LAND USE OPTIMIZATION IN UKRAINE AT THE STAGE OF LAND MARKET FORMATION
In the context of the reform of the sale of agricultural land, the priority is to optimize land use, which is to find a balance of land that would meet their environmental, economi...

