Climate adaptation guidebook & restoration

The Maryland state government is seeking a contractor to develop a web-based digital climate adaptation guidebook focused on site assessments in Southern Maryland. The procurement opportunity, identified by contract number 687653b486b5d47fd20e3f84, requires the selected vendor to conduct comprehensive assessments of up to three locations within the Southern Maryland region. The primary deliverable will be an interactive, digital guidebook that captures climate adaptation strategies and recommendations based on specific site evaluations. The contract requires detailed documentation, technical expertise in climate resilience, and the ability to translate site-specific findings into a user-friendly web format. Proposals must be submitted by August 15, 2025, with the original posting date of July 14, 2025, providing potential offerors approximately one month to prepare and submit their response. Prospective bidders will need to demonstrate strong technical capabilities in climate science, geospatial analysis, and digital publishing to be considered for this project.

While specific set-aside designations are not explicitly detailed in the provided documentation, Maryland state contracts often prioritize small businesses, minority-owned enterprises, and local vendors. The contract appears to be open to professional consulting firms, environmental research organizations, and technical writing teams with demonstrated expertise in climate adaptation and digital content creation. No incumbent vendor information is provided, and the potential budget range is not specified in the current contract opportunity description. Interested organizations should carefully review the full solicitation documents to understand any potential restrictions or qualifications for bidding. The web-based guidebook project suggests a complex technical undertaking that will require significant research, site assessment capabilities, and sophisticated digital design skills to effectively communicate climate adaptation strategies for Southern Maryland.