Ho Gul Kim
Biographic Data
| ID | 8298076 |
|---|---|
| NAME | Ho Gul Kim |
| GIVEN NAMES | Ho Gul |
| FAMILY NAME | Kim |
| SIGNATURE | KIM H G |
| AFFILIATIONS | Cheongju University |
| ORCID | 0000-0002-0199-4882 |
| VERIFIED | Yes |
| TOTAL WORKS | 12 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 12 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2020 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Microclimatic Heat Vulnerability within LCZs
Background and objective: As heatwaves intensify under climate change, fine-scale assessment of urban thermal environments has become increasingly important. This study used 1 m-resolution ENVI-met simulations for a representative heatwave day in Seoul to examine intra-LCZ microclimatic thermal heterogeneity and associated pedestrian-level thermal vulnerability.Methods: Eight LCZ types in Seoul (LCZ 1-6, D, and G) were simulated using ENVI-met at…
Predicting Eremias argus Habitat Changes under Climate Change in the Republic of Korea
Background and objective: Climate change is accelerating biodiversity loss, and reptiles, being ectothermic and highly dependent on external conditions, are especially vulnerable. Eremias argus , an endangered species in South Korea, prefers dry, open habitats, but its range has been increasingly fragmented by urbanization and agriculture. Yet, quantitative projections of habitat changes for this species under climate scenarios remain scarce in N…
Building Damage Potential Assessment Based on Landslide Susceptibility Analysis in Major South Korean Cities
Background and objective: Climate change driven increases in the frequency and intensity of localized heavy rainfall have undermined slope stability in the Seoul metropolitan area, where urban development meets steep terrain. This study develops a robust, ensemble-based landslide susceptibility model and applies it at the building scale to quantify damage potential, providing municipalities with precise, actionable guidance for risk mitigation.Me…
Simulating the Extent of Landslide Damage using Laharz
Background and objective: As climate change intensifies extreme rainfall events, the global risk of landslides continues to rise. In Korea, existing landslide hazard maps and warning systems often prove inadequate for accurately predicting large-scale or complex slope failures. Consequently, empirical models like LAHARZ, which enable the rapid assessment of debris-flow volume-extent relationships, are drawing increased attention. This study exami…
Establishing Adaptation Measures Based on Landslide Potential Impact Assessment for Scenic Sites
Background and objective: Scenic Sites, designated for their outstanding natural and cultural value, are increasingly at risk due to landslides exacerbated by climate change. However, current disaster mitigation measures in South Korea inadequately reflect the unique landscape and heritage characteristics of these areas. This study aims to evaluate the potential impact of landslides on Scenic Sites and propose customized adaptation strategies tha…
Analyzing Habitat Suitability of Bird Species in Urban Areas to Changes in Biotope Level
Background and objective: Rapid urbanization has led to habitat degradation and fragmentation in urban ecosystems, negatively impacting biodiversity. Various natural spaces and green areas, particularly urban biotopes, are essential to foster an environment for diverse species within urban areas. The increase in biotope grades is a crucial factor in enhancing biodiversity and expanding wildlife habitats in urban areas, thereby improving the overa…
Predicting Changes in Potential Habitats of an Endemic Plant Species under SSP Scenarios
Background and objective: Climate change significantly impacts the growth environments of organisms that have adapted to natural environments. Endemic plants, which are native to specific regions, are particularly vulnerable to these changes. The conservation of these plants is a crucial national task. Currently, there is a lack of research on the habitat characteristics and conservation measures of specific species in Korea. This indicates a nee…
Identification of High-Priority Wild Boar (Sus scrofa) Control Areas by Predicting Potential Habitat and Crop Damage
Background and objective: The wild boar (Sus scrofa) is a highly mobile, fertile, clever, stealthy, and adaptable animal. It is distributed around the world and inhabits a fairly wide range of habitats, which results in frequent friction and conflict with humans. Disturbances caused by wild boars, such as crop damage on agricultural land and the spread of African swine fever, has recently been increasing in Korea, making it necessary to confirm t…
Comparative Analysis of Future Landslide Susceptible Areas Based on Climate Change Scenario Applications
Background and objective: Landslides have inflicted significant damage to human lives and property for many years, leading to substantial socio-economic costs and environmental degradation. With the advent of climate change, the increase and intensification of rainfall exacerbate the risk of landslides. Considering this scenario, understanding the priorities in landslide response becomes crucial. This study aims to compare methods of predicting f…
Finding unrevealed landslide hazard area induced by climate change and topography - Case study for Inje-gun, Gangwon-do, ROK
Quantifying and mapping cooling services of multiple ecosystems
Suitable trees for urban landscapes in the Republic of Korea under climate change
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Suitable trees for urban landscapes in the Republic of Korea under climate change
Finding unrevealed landslide hazard area induced by climate change and topography - Case study for Inje-gun, Gangwon-do, ROK
Quantifying and mapping cooling services of multiple ecosystems
Comparative Analysis of Future Landslide Susceptible Areas Based on Climate Change Scenario Applications
Background and objective: Landslides have inflicted significant damage to human lives and property for many years, leading to substantial socio-economic costs and environmental degradation. With the advent of climate change, the increase and intensification of rainfall exacerbate the risk of landslides. Considering this scenario, understanding the priorities in landslide response becomes crucial. This study aims to compare methods of predicting f…
Analyzing Habitat Suitability of Bird Species in Urban Areas to Changes in Biotope Level
Background and objective: Rapid urbanization has led to habitat degradation and fragmentation in urban ecosystems, negatively impacting biodiversity. Various natural spaces and green areas, particularly urban biotopes, are essential to foster an environment for diverse species within urban areas. The increase in biotope grades is a crucial factor in enhancing biodiversity and expanding wildlife habitats in urban areas, thereby improving the overa…
Predicting Changes in Potential Habitats of an Endemic Plant Species under SSP Scenarios
Background and objective: Climate change significantly impacts the growth environments of organisms that have adapted to natural environments. Endemic plants, which are native to specific regions, are particularly vulnerable to these changes. The conservation of these plants is a crucial national task. Currently, there is a lack of research on the habitat characteristics and conservation measures of specific species in Korea. This indicates a nee…
Identification of High-Priority Wild Boar (Sus scrofa) Control Areas by Predicting Potential Habitat and Crop Damage
Background and objective: The wild boar (Sus scrofa) is a highly mobile, fertile, clever, stealthy, and adaptable animal. It is distributed around the world and inhabits a fairly wide range of habitats, which results in frequent friction and conflict with humans. Disturbances caused by wild boars, such as crop damage on agricultural land and the spread of African swine fever, has recently been increasing in Korea, making it necessary to confirm t…
Building Damage Potential Assessment Based on Landslide Susceptibility Analysis in Major South Korean Cities
Background and objective: Climate change driven increases in the frequency and intensity of localized heavy rainfall have undermined slope stability in the Seoul metropolitan area, where urban development meets steep terrain. This study develops a robust, ensemble-based landslide susceptibility model and applies it at the building scale to quantify damage potential, providing municipalities with precise, actionable guidance for risk mitigation.Me…
Simulating the Extent of Landslide Damage using Laharz
Background and objective: As climate change intensifies extreme rainfall events, the global risk of landslides continues to rise. In Korea, existing landslide hazard maps and warning systems often prove inadequate for accurately predicting large-scale or complex slope failures. Consequently, empirical models like LAHARZ, which enable the rapid assessment of debris-flow volume-extent relationships, are drawing increased attention. This study exami…
Establishing Adaptation Measures Based on Landslide Potential Impact Assessment for Scenic Sites
Background and objective: Scenic Sites, designated for their outstanding natural and cultural value, are increasingly at risk due to landslides exacerbated by climate change. However, current disaster mitigation measures in South Korea inadequately reflect the unique landscape and heritage characteristics of these areas. This study aims to evaluate the potential impact of landslides on Scenic Sites and propose customized adaptation strategies tha…
Microclimatic Heat Vulnerability within LCZs
Background and objective: As heatwaves intensify under climate change, fine-scale assessment of urban thermal environments has become increasingly important. This study used 1 m-resolution ENVI-met simulations for a representative heatwave day in Seoul to examine intra-LCZ microclimatic thermal heterogeneity and associated pedestrian-level thermal vulnerability.Methods: Eight LCZ types in Seoul (LCZ 1-6, D, and G) were simulated using ENVI-met at…
Predicting Eremias argus Habitat Changes under Climate Change in the Republic of Korea
Background and objective: Climate change is accelerating biodiversity loss, and reptiles, being ectothermic and highly dependent on external conditions, are especially vulnerable. Eremias argus , an endangered species in South Korea, prefers dry, open habitats, but its range has been increasingly fragmented by urbanization and agriculture. Yet, quantitative projections of habitat changes for this species under climate scenarios remain scarce in N…
Geography (8 works) · Ecology (6 works) · Environmental Science (6 works) · Climate change (5 works) · Landslide (5 works) · Biology (4 works) · Engineering (4 works) · Habitat (4 works) · Geology (3 works) · Geotechnical engineering (3 works)