Environmentally Conscious Projects
INSPIRE provides credible, defensible science in support of offshore wind development by prioritizing non-invasive tools in environmental monitoring.
Coastal Resiliency and Climate Solutions
As climate change reshapes coastal environments, resilient solutions depend on understanding the interaction between infrastructure, ecosystems, and communities. INSPIRE delivers integrated coastal science solutions utilizing desktop studies, satellite or aerial imagery mapping, habitat delineation, 3D models of underwater structure from photogrammetry, sound impact modeling, and stakeholder outreach and engagement.
Overview
The need for experts in siting and permitting ocean-based climate solutions is rising, along with the demand for nature-based designs that protect vulnerable coastal ecosystems and communities from sea level rise. Monitoring climate change’s impact on marine ecology is increasingly crucial as ocean temperatures and storm intensity escalate.
Customized solutions to coastal resilience projects
Our scientific team partners with clients to deliver practical, science-based solutions that reduce risk, streamline permitting, and support sustainable project delivery. We apply innovative, fit-for-purpose techniques to evaluate assets, characterize coastal habitats, and identify environmental constraints early—helping projects advance efficiently while minimizing impacts to ecosystems and communities. Using an integrated approach to nearshore site characterization, we provide the environmental data and analysis needed to support infrastructure and shoreline stabilization projects from planning through execution.
Using the ocean to sequester carbon
Many companies are investigating marine carbon dioxide removal (mCDR), such as injecting carbon into geological formations or sinking materials to mitigate atmospheric emissions. These initiatives present design and permitting challenges related to benthic communities and fisheries. Our scientists lead the way, advising developers on environmentally responsible solutions to these challenges.
Related Projects
Baseline Benthic Survey in Support of a Bluff Stabilization Project
INSPIRE Environmental conducted a benthic baseline survey along a 2400-foot stretch of coastline and a temporary 250’ L x 40’ W pier in support of a Shoreline Restoration Project off the coast of Massachusetts. The survey effort was conducted to establish a benthic baseline in advance of shoreline stabilization activities (including the construction of a temporary pier). The results of the survey indicated a diverse benthic environment and supported the Project’s alternatives analysis and impact analysis.
Related Projects
Biological Assessment and Nature-Inclusive Design at Pier 39
INSPIRE Environmental provided biological assessment support to assist possible change in remediation requirements to reduce the 1:1 ratio of suggested 10-acre offsite compensatory mitigation to offset conversion of habitat across the entire remediation area at Pier 39.
3D Digital Twins
A 3D digital twin is a dynamic virtual model of real-world subsea conditions, built from image-based data, that enables ongoing visualization, analysis, and decision-making without repeated site visits—saving time, reducing costs, and improving environmental insight.
