Establishes a pilot program for State flood monitoring and rainfall sensing; appropriates $2 million.
A5042 establishes a two-year Flood Monitoring Pilot Program within the Department of Environmental Protection (DEP) to improve statewide flood monitoring, rainfall sensing, prediction, and analysis. The program would be carried out in collaboration with the Davidson Laboratory at Stevens Institute of Technology, which would help oversee the deployment of flood and rainfall sensors and support data collection and analysis. The bill directs the DEP and Stevens to organize the work into three regions of the state—north, central, and south—and to select 10 municipalities in each region for sensor installation and monitoring.
The pilot is designed to focus on flood-prone locations and to use sensor data, radar coverage, and regional assessments to identify best practices, measure cost savings, and evaluate flood-risk reduction. It also requires coordination with municipalities so that installations comply with local zoning, building codes, and land-use planning requirements, including storm resiliency, green building, environmental sustainability, and climate-related hazard vulnerability considerations. The bill further allows the state to seek federal, public, or private support for the program and requires a report to the Governor and Legislature within six months after the pilot ends on whether a permanent program is advisable.
The bill would create a new temporary program in the DEP and appropriate $2 million from the General Fund to fund it, with at least $1.5 million dedicated to administration and support by Stevens Institute of Technology. It would not directly amend existing flood-control statutes, but it would operate alongside the Flood Hazard Area Control Act and the Municipal Land Use Law by directing site selection and sensor placement to conform with those frameworks. The bill also authorizes the DEP to adopt implementing regulations under the Administrative Procedure Act and requires a post-pilot report that could inform future legislation or a permanent statewide flood-monitoring system.
Based on the bill text and the absence of recorded committee testimony or votes, the overall sentiment appears supportive and policy-oriented, with the bill framed as a practical flood-prevention and resilience measure. The statement emphasizes low-cost, solar-powered sensors, wireless alerts, and improved municipal access to water-level and rainfall data, suggesting a strong emphasis on public safety and infrastructure resilience. There is no recorded opposition in the provided materials, and the bill appears to have been introduced as a technical pilot rather than a controversial policy shift.
No specific contention is documented in the provided committee transcripts or voting history, but the bill’s structure suggests a few potential points of debate. These include the $2 million appropriation, the decision to dedicate at least $1.5 million to Stevens Institute of Technology, and the use of a university-based research partner to administer a state pilot. Another possible issue is local implementation, since the program requires municipal permissions and compliance with zoning and land-use rules, which could raise questions about siting, coordination, and whether the state should expand such monitoring permanently after the pilot concludes.