Planning Studies
These studies help vet projects and provide high-level planning, affecting Texans at the local and the regional level. Our goal is for these studies to be used for long-term planning by utilizing CDBG-DR and CDBG-MIT funds as well as other funding sources to minimize the impact of future disasters.
CDBG-DR Planning Studies Summary
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Regional Planning
In 2017, the GLO began an initiative to partner with state and federal agencies, engineering providers and universities to conduct various regional studies looking back at prior disasters, as well as looking forward at how to better prepare for future disasters. Through these partnerships, the GLO work with subject matter experts across the country to provide communities with the best possible resources in data analytics, storm modeling, and resiliency planning.
Current Study
Combined River Basin Flood Studies
The GLO launched the Combined River Basin Flood Studies in the 49 counties which received a presidential disaster declaration due to the impact of Hurricane Harvey plus 4 counties in the Lower Rio Grande Valley that received a presidential declaration for flooding in 2015. The studies aim to increase resiliency by helping communities prioritize effective mitigation strategies and pursue additional implementation funds.
The GLO has conducted a number of large-scale studies in disaster-impacted areas to assist communities in their planning efforts. These studies have largely covered infrastructure needs, including the Texas Coastal Infrastructure Study and the Storm Surge Suppression Study. These studies, along with additional studies conducted by the GLO's Coastal Protection Division, have provided a realistic approach to recovery to mitigate damages from future disasters.
Ongoing Studies
Measuring, Mapping, and Managing Flood Risk
A Pilot Program in Texas – Through an interagency agreement, the Texas A&M University System (TAMUS) is conducting a comprehensive planning study to measure, map, model, and visually present data recorded during historical flood events across Texas and recommend techniques to mitigate future hazards and risks of flooding in targeted regions of Texas affected by the 2016 Floods. To complete the project, TAMUS will utilize funding from the Federal Emergency Management Agency (FEMA) via the National Academy of Sciences, Engineering, and Medicine (NASEM) through a collaborative partnership with NASEM to conduct community outreach.
Start Date: January 2019
CHARM Platform Development
The CHARM (Community Health and Resource Management) software is currently bolstering local planning efforts by running scenario planning workshops with local communities. FEMA is funding the resiliency workshops through CHARM, and the GLO is proposing to leverage existing software and make it more readily available. With several technology updates, the CHARM platform will be developing online data deliverables for use by the communities. The GLO is also proposing to continue to fund multi-day technical training sessions to further build planning competence at the local level. When integrated with the disaster database project, this enhancement would provide local communities with the information, tools, and technical expertise to make informed planning decisions.
Start Date: August 2020
Developing Environmental Responses and Models for Catastrophic Flooding Events
This is an environmental study to monitor the impact of flooding on the environment through the analysis of soil samples.
Start Date: June 2020
Preliminary Report
Flood Plain Management Services
U.S. Army Corps of Engineers (USACE) shall perform the necessary flood plain management services necessary to assist the GLO in fulfilling its duty to administer the four Flood Studies within Combined River Basins studies as well as other interagency projects.
Start Date: July 2020
Lower Rio Grande Valley Economic Development Study
This study will develop strategies to expand the economy of three counties in the Valley impacted by 2019 Floods to make them more resilient to future economic impacts while recovering.
Start Date: June 2022
Lower Rio Grande Valley (LRGV) Flood Study
A regional flood study, encompassing Hidalgo, Willacy, Cameron, and Starr Counties, that mirrors the ongoing Flood Studies within Combined River Basins study.
Start Date: February 2022
Overview of Program Requirements to Assist CDBG-DR Beneficiaries
This study will review the GLO’s efforts as they relate to serving beneficiaries.
Start Date: July 2021
Project Management Services
Provider shall perform the comprehensive project management services necessary to assist the GLO in fulfilling its duty to administer the four Flood Studies within Combined River Basins studies.
Start Date: February 2021
Resilient Housing Study
This study will evaluate the resilience of HAP homes that have been subjected to multiple disasters through a random sampling and analysis. The study will have three phases: first establish a statewide zoning resource, second capture the long-term beneficiary experience, and finally develop educational materials on the recovery process and resilient home maintenance.
Start Date: April 2022
Resilient Housing Study Data Analysis
Resilient Housing Final Research and Inventory Development Study
Texas Integrated Flood Framework (TIFF)
The GLO is actively coordinating with USACE/USGS/TWDB to ensure flood planning efforts are not duplicated. Through the establishment of intergovernmental workgroups, this grant seeks to standardize data sharing, flood modeling, and planning activities. TWDB is the grant recipient and the lead agency for completing this work.
Start Date: November 2020
TIFF Bathymetry Recommendation Report
TIFF Annual Report (2021-2022)
2023 Texas Coastal Resiliency Master Plan
This funding will support the 2023 installment of the Texas Coastal Resiliency Master Plan, and will provide a vision to protect coastal communities, infrastructure, and ecological assets from coastal hazards.
Texas Coastal Resiliency Master Plan
Completed Studies
Economic Development Strategy & Diversification Study
The GLO is conducting a 15-month study to bring together nine neighboring counties impacted by Hurricane Harvey - Aransas, Bee, Calhoun, Goliad, Jim Wells, Nueces, Refugio, San Patricio, and Victoria - to build an inventory of the economic assets and deficiencies within the study area, provide economic development strategies, and develop an action plan for creating a diverse and resilient economic base. The study aims to help the counties grow jobs, and help residents prosper and remain sustainable through future economic downturns.
Start Date: February 2020, Completed: May 2021
Gulf Coast Community Protection and Recovery District (GCCPRD)
The GLO entered into an agreement with the GCCPRD to develop a storm surge suppression study in accordance with the standards of the U.S. Army Corps of Engineers. The study area consisted of the coastal areas around Brazoria, Chambers, Galveston, Harris, Jefferson, and Orange counties that could be impacted by future storm events. The study investigated options for reducing the vulnerability of the upper Texas coast to hurricane surge and flood damages.
Start Date: 2013, Completed: December 2018
Gulf Coast Community Protection and Recovery District Website
Texas Coastal Resiliency Study
The Texas Coastal Resiliency Study included data gathering, analysis, and a summary recommendation for implementation for the GLO regarding the resiliency of the Texas coast. The study identified physical elements, including infrastructure and natural resources, which helped to determine the effectiveness of past recovery projects along the Texas coast and assessed vulnerability of existing infrastructure. A list of recommended projects to best improve overall resiliency of the Texas coast, with an emphasis on CDBG-DR eligibility, was compiled.
Start Date: October 2013, Completed: March 2016
Evaluating the Effects of a Coastal Spine: National Level Economic Ripple Effects of Storm Surge Events
The GLO utilized remaining Hurricane Ike funds to commission a study that comprehensively assessed a coastal storm survey suppression system (also known as the coastal spine) proposed as a mitigation strategy. The report presents the results of a nationwide economic study of storm surge impacts along Galveston Bay and explores how direct impacts on a specific sector(s) in the bay communities affects the economy of Texas as well as other states and the nation as a whole in the long-term, while capturing general equilibrium and multiplier effects.
Start Date: September 2017; Completed: May 2019
Evaluating the Effects of a Coastal Spine: National-Level Economic Ripple Effects of Storm Surge Events
Disaster Economic Impact Study
The GLO contracted with The University of Texas’ McCombs School of Business to run analysis for the Hurricane Harvey Action Plan's Needs Assessment. This led to further analysis regarding the common effects of disasters and the ability to standardize the economic impact of disasters at a national level.
Start Date: September 2017; Completed: May 2018
Disaster Impact Visualization Study
Through a contract with the University of Texas’ Center for Space Research, the GLO built real-time visualizations of critical disaster data, including the Public MOVES Viewer, which displays historical satellite imagery from Hurricane Harvey and other disaster events, and gives communities the ability to observe events and make informed planning decisions.
Start Date: March 2018; Completed August 2019
People MOVES Viewer
Hurricane Harvey Housing Impacts: 49-County Survey Top-Line Findings
This study surveyed the general population to determine housing needs among residents affected by Hurricane Harvey. The results helped determine the most appropriate housing programs, allocation amounts, and methods of communication based on regional need.
Regional Drainage Data Collection and Oversight
This study gathered and organized data focusing on regional oversight and the coordination of the drainage infrastructure in Hardin, Jasper, Jefferson, Newton, Orange, Tyler, Polk, Liberty, and Chambers counties. After the data was analyzed, recommendations were made to local community leaders.
Start Date: April 2019; Completed: December 2019
Coastal Floodplain Resiliency Data Analysis