This study investigates Land Use Land Cover changes in the Chattogram metropolitan area, the second-largest city in Bangladesh. Using a questionnaire survey of 150 local inhabitants, the study explores perceived human-induced causes of landslides. Using time series Landsat images, this study also analyzes Land Use Land Cover changes from 1990 to 2020. The analysis reveals built-up area extended rapidly during 1990–2020. In 1990, total built-up area was 82.13 km2, which in 30 years, stood at 451.34 km2. Conversely, total vegetative area decreased rapidly. In 1990, total vegetation area was 364.31 km2, which reduced to 130.44 km2 in 2020. The survey results show that most of the respondents faced landslide therefore; it is nothing new among t...
This study was carried out to analyze the relationship among distribution of houses, geomorphologica...
Tropical mountainous regions are commonly identified as landslide hotspots with particularly vulnera...
Land use and land cover changes (LULCCs) in mountainous areas may increase the susceptibility to lan...
Landslides are a common hazard in the Chittagong Hill Districts (CHD) of Bangladesh. The communities...
In this study, an attempt is made to uncover and discuss the geo-environmental characteristics, trig...
Flooding, landsliding and accelerated erosion are common hazards in tropical mountainous regions aro...
Communities living in the Chittagong Hill Districts (CHD) of Bangladesh recurrently observe landslid...
Landslides are one of the most significant natural damaging disasters in hilly environments. Chitta...
This article makes an effort to discuss several aspects of the assessment risk, effects and mitigati...
Flooding, landsliding and accelerated erosion are common hazards in tropical mountainous regions aro...
Study on the landslide is an attempt to understand the geo-environmental characteristics of landslid...
Landslides are natural phenomena in mountainous areas that cause damage to properties and death to p...
Globally Bangladesh is recognized as one of the most vulnerable countries to natural calamities. Alo...
Currently, many studies have reported that many landslides occur in tea or rubber plantation areas. ...
Murree, located in the sub-Himalayan Mountains, with geographical position extending from 33°52′ to ...
This study was carried out to analyze the relationship among distribution of houses, geomorphologica...
Tropical mountainous regions are commonly identified as landslide hotspots with particularly vulnera...
Land use and land cover changes (LULCCs) in mountainous areas may increase the susceptibility to lan...
Landslides are a common hazard in the Chittagong Hill Districts (CHD) of Bangladesh. The communities...
In this study, an attempt is made to uncover and discuss the geo-environmental characteristics, trig...
Flooding, landsliding and accelerated erosion are common hazards in tropical mountainous regions aro...
Communities living in the Chittagong Hill Districts (CHD) of Bangladesh recurrently observe landslid...
Landslides are one of the most significant natural damaging disasters in hilly environments. Chitta...
This article makes an effort to discuss several aspects of the assessment risk, effects and mitigati...
Flooding, landsliding and accelerated erosion are common hazards in tropical mountainous regions aro...
Study on the landslide is an attempt to understand the geo-environmental characteristics of landslid...
Landslides are natural phenomena in mountainous areas that cause damage to properties and death to p...
Globally Bangladesh is recognized as one of the most vulnerable countries to natural calamities. Alo...
Currently, many studies have reported that many landslides occur in tea or rubber plantation areas. ...
Murree, located in the sub-Himalayan Mountains, with geographical position extending from 33°52′ to ...
This study was carried out to analyze the relationship among distribution of houses, geomorphologica...
Tropical mountainous regions are commonly identified as landslide hotspots with particularly vulnera...
Land use and land cover changes (LULCCs) in mountainous areas may increase the susceptibility to lan...