Hugo - Lessons Learned
This paper is based on ground surveys along the South Carolina coast from Edisto Island north to Myrtle Beach. It also includes ground surveys as far inland as Charlotte, North Carolina....
Lessons Learned From Hugo About Building Design Trends
An investigation of 100 buildings was made to evaluate their resistances to Hurricane Hugo which occurred on September 21 and 22, 1989 at Charleston, South Carolina. A nearby anemometer...
Roof Wind Damage Mitigation: Lessons From Hugo
Hurricane Hugo caused extensive roof damage in Charleston, South Carolina and surrounding areas. Extensive field investigations have revealed the causes of many of the problems. This paper...
A Post Hurricane Hugo Transportation Study
Hurricane Hugo will remain in the minds of South Carolinians for many years to come. This hurricane attracted most of the world's attention in 1989 as it devastated every...
Effects of Hurricane Hugo On Water and Wastewater Systems of the Charleston Commissioners of Public Works
Hurricane Hugo had a major impact on the operations of the Charleston Commissioners of Public Works in their effort to provide safe water and wastewater service to their customers. Through...
Surviving the Storm: Building Codes and the Reduction of Hurricane Damage
The link between adequate building codes, enforcement, and the level of damage experienced in major hurricanes was examined in a 1989 study by AIRAC, a public policy research group sponsored...
The Plight of State Legislation Mandating Building Codes in South Carolina
Since 1968, counties in South Carolina have exercised their individual option to adopt and enforce building codes. Prior to Hurricane Hugo on September 21, 1989, 17 of the 46 counties...
Lessons Learned from Hurricane Hugo and Future Mitigation Activities
This paper is given as a summary of many of the various conclusions presented in the symposium, Hugo One Year Later. This includes presentations dealing with the performance of various...
Sea Water Environmental Remote Sensing Application on Daya Bay Nuclear Power Station
Owing to its extensive and complete characterization, remote sensing investigations have a special ability to analyze seawater environments and to monitor pollution at coastal nuclear...
Remote Sensing and the Coastal Management in Brazil
This paper intends to demonstrate the possibility of employing remote sensing techniques in the Brazilian Coastal Management Program (Programa Brasileiro de Gerenciamento Costeiro). It...
Golf Course Development Concerns in Coastal Zone Management
The rapid growth of golf course development in South Carolina's coastal zone presents new challenges in protecting coastal water and wetlands. While filling or dredging of...
Reformulation Efforts for Panama City Beaches, Florida
The Panama City Beaches project was authorized by the Water Resources Development Act of 1986. The authorized plan provides for the placement of a protective beach to elevation 4 feet...
Numerical Modeling of Storm-Induced Beach Erosion, Folly Beach, South Carolina, Beach Fill Alternatives
The U.S. Army Engineer District, Charleston (SAC), is developing a National Economic Development (NED) Plan for providing northeaster and hurricane storm protection for the municipality...
The Development of a Coastal Water Quality Management Strategy in Ecuador
The quality of coastal waters is deteriorating in virtually every country of the world. Concerned groups and individuals in countries with scarce financial, technical and political resources...
The Economic Benefits of Hurricane and Storm Damage Reductiohn
The Mobile District of the U.S. Army Corps of Engineers is currently evaluating the feasibility of a hurricane and storm damage reduction project at Panama City Beach, Florida. Under Corps...
Sponge Distribution at Arraial do Cabo, SE Brazil
Spatial and temporal distribution of shallow water sponges were studied on southeastern Brazilian rocky coasts by means of qualitative and quantitative samples made by SCUBA diving. Cluster...
Using GIS Technology in Assessing the Impact of the SC Beachfront Management Act Following Hurricane Hugo
The 1988 South Carolina Beachfront Management Act was passed into law as a means to protect South Carolina's valuable and fragile coastline by ensuring a gradual retreat from...
Foundations and Breakaway Walls of Small Coastal Buildings in Hurricane Hugo
After Hurricane Hugo a survey of damage to small, coastal buildings was conducted in North and South Carolina. The performance of elevated foundations, breakaway walls and foundation cross...
Beachfront Management After Nollan?Facing the Challenge of Unconstitutional Taking Claims
In 1977, South Carolina enacted the Coastal Tidelands and Wetlands Act. Ramifications of the Act are discussed....
Public Education and Participation: The Foundation of Success for CRM in Developing Countries
If initiatives in coastal resources management (CRM) are to succeed and be effective, not only must they be technically sound but they must be accepted as necessary, reasonable and fair....
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