Webinars

Upcoming Webinars

30 x30? What about the other 70%? Cumulative analysis of place-based marine regulations for a more holistic marine protection picture

Wednesday, May 14, 1 pm US EDT/10 am US PDT/5 pm UTC. Presented by: Claire Colegrove and Alex Driedger of ProtectedSeas. Description: While hundreds of nations have committed to the global 30×30 target, much work remains to reach that goal and sustainably manage the remaining 70%. Regulatory protections are crucial for marine management efficacy, and accurate data on in-place management measures are essential for assessing existing marine protections and informing the creation of new areas. However, collecting and interpreting marine regulations can be challenging due to often unavailable or difficult-to-access legal instruments. Overlapping measures and siloed management add further complexities. ProtectedSeas Navigator contains data on worldwide regulations for MPAs, fishery management areas, and other place-based marine managed areas (MMAs) and considers restrictions cumulatively across overlapping areas using spatial aggregation techniques to provide insights into overall protection. This cumulative analysis of regulations in overlapping marine managed areas offers insights into overall uses and protection across ocean spaces, enabling better protection assessments, planning, and management. As an example, initial analysis in California revealed several ocean spaces where individual MMA protections were minimal, yet when combined with protections from other overlapping MMAs, resulted in more highly regulated spaces with enhanced protection.

Past Webinars

Marine Spatial Planning

MPA News and the EBM Tools Network co-hosted a live Web-based seminar on 17 November 2009 to explore marine spatial planning…

Demonstration of Oregon MarineMap

Oregon MarineMap is a web-based decision support tool to support the State of Oregon’s marine spatial planning efforts including the on-going public process…

Uncertainty Analysis Using SLAMM

Predictive models are always affected by uncertainties.  There is not one “right” prediction, rather there is a distribution of possible future results….