The Catalog of FEMA Building Science Resources (FEMA P-787) is a comprehensive PDF reference for professional hazard mitigation and design. This sixth edition of the FEMA P-787 publication serves as a structured index of technical resources dedicated to building science. It provides architects, engineers, and emergency planners with essential guidance on mitigating damage from natural hazards, including flooding, wind, and seismic events. The document is organized to facilitate quick access to specific research, technical manuals, and best-practice guides developed by the agency. The content is presented in a clear, professional layout, prioritizing accessibility for practitioners who need to integrate robust safety standards into their project documentation and site analysis.

The download is a 7.9 MB file containing .PDF files.

Professionals typically utilize this document as a primary reference tool during the schematic design and pre-construction phases of a project. By integrating these guidelines into the workflow, designers can ensure their structural strategies align with current federal recommendations for hazard resilience. The PDF format allows for efficient searching, bookmarking, and cross-referencing of specific technical standards relevant to site-specific environmental threats, ensuring that project documentation remains compliant with established safety protocols and industry-recognized best practices for building envelope integrity.

This resource is indispensable for projects located in high-risk zones, such as floodplains or areas prone to severe wind and seismic activity. It is widely used by architects, civil engineers, and urban planners during the design and permitting stages of residential, commercial, and industrial developments. Professionals searching for hazard mitigation strategies, building resilience, or disaster-resistant construction will find this catalog essential. It pairs effectively with local building codes, providing the supplemental technical depth required to achieve superior structural performance in challenging environmental conditions.