388 results on '"Chang, Heejun"'
Search Results
2. Istanbul, Turkey
3. Melbourne, Australia
4. Lagos, Nigeria
5. Barcelona, Spain
6. Cape Town, South Africa
7. Jakarta, Indonesia
8. Seoul, Republic of Korea
9. Introduction
10. Newcastle upon Tyne, United Kingdom
11. Conclusions
12. Portland, United States of America
13. São Paulo, Brazil
14. Houston, United States of America
15. Mexico City, Mexico
16. Climate Change, Urbanization, and Water Resources
17. Urban Sustainability
18. Relating social, ecological, and technological vulnerability to future flood exposure at two spatial scales in four U.S. cities
19. Urban sustainability implementation and indicators in the United States: A systematic review
20. Using GIS-based spatial analysis to determine urban greenspace accessibility for different racial groups in the backdrop of COVID-19: a case study of four US cities
21. Using Support Vector Machine (SVM) in Modeling Water Resources Systems
22. Effects of landscape characteristics, anthropogenic factors, and seasonality on water quality in Portland, Oregon
23. Urban flood risk and green infrastructure: Who is exposed to risk and who benefits from investment? A case study of three U.S. Cities
24. The Role of Data Mining in Water Resources Management
25. Using Support Vector Machine (SVM) in Modeling Water Resources Systems
26. Scales of Connectivity within Stream Temperature Networks of the Clackamas River Basin, Oregon
27. Assessment of urban flood vulnerability using the social-ecological-technological systems framework in six US cities
28. Understanding Urban Flood Resilience in the Anthropocene: A Social–Ecological–Technological Systems (SETS) Learning Framework
29. Effects of land use change, wetland fragmentation, and best management practices on total suspended solids concentrations in an urbanizing Oregon watershed, USA
30. Environmental and spatial factors affecting surface water quality in a Himalayan watershed, Central Nepal
31. Putting space into modeling landscape and water quality relationships in the Han River basin, South Korea
32. People, place, and planet: Global review of use-inspired research on water-related ecosystem services in urban wetlands
33. Author comment: People, place, and planet: Global review of use-inspired research on water-related ecosystem services in urban wetlands — R1/PR5
34. Spatial analysis of urban flooding and extreme heat hazard potential in Portland, OR
35. A community-engaged approach to transdisciplinary doctoral training in urban ecosystem services
36. Spatial characteristics and frequency of citizen-observed pluvial flooding events in relation to storm size in Portland, Oregon
37. Developing knowledge systems for urban resilience to cloudburst rain events
38. Urbanization and floods in the Seoul Metropolitan area of South Korea: What old maps tell us
39. Spatial analysis of streamflow trends in burned watersheds across the western contiguous United States
40. Dreams and Migration in South Korea’s Border Region: Landscape Change and Environmental Impacts
41. Finding water scarcity amid abundance using human–natural system models
42. Landscape and anthropogenic factors affecting spatial patterns of water quality trends in a large river basin, South Korea
43. Potential Impacts of Climate Change on Urban Flooding: Implications for Transportation Infrastructure and Travel Disruption
44. Scales of Connectivity within Stream Temperature Networks of the Clackamas River Basin, Oregon.
45. Facilitating collaborative urban water management through university-utility cooperation
46. Relation Between Stream Temperature and Landscape Characteristics Using Distance Weighted Metrics
47. Analysis of long-term climate change on per capita water demand in urban versus suburban areas in the Portland metropolitan area, USA
48. An exploratory path analysis of attitudes, behaviors and summer water consumption in the Portland Metropolitan Area
49. Climate Change and Stream Temperature in the Willamette River Basin: Implications for Fish Habitat
50. Effects of landscape characteristics, anthropogenic factors, and seasonality on water quality in Portland, Oregon
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