The National Fish and Wildlife Foundation (NFWF) today announced that its Papahānaumokuākea Research and Conservation Fund has awarded more than $1 million in funding across six projects to support management and conservation of Papahānaumokuākea Marine National Monument.
Ancient Hawaiians developed sophisticated natural resource management systems that included various forms of spatial management. The state of Hawaiʻi established its first legislated marine protected area (MPA) in 1953, and today there exists a patchwork of spatial marine management strategies along a range of sizes, with varying levels of governance, enforcement, and effectiveness. Approximately 12% of waters within the 50 m depth contour and 5% of waters within state jurisdiction (≤3 nmi) have some form of marine management.
The world is shut. Ninety+ countries have closed their borders. Seventy-five to 100 million people working in tourism are projected to lose their jobs. And trillions of dollars will evaporate from global economies. The overall picture is beyond stunning.
While other nations are using COVID-19 as an excuse to pause, or even roll back, Fiji won’t accept excuses when it comes to the environment.
The world’s coral reefs do more for the planet than provide underwater beauty...Despite their importance, warming waters, pollution, ocean acidification, overfishing, and physical destruction are killing coral reefs around the world.
Managers of the American fisheries operating in the Pacific Ocean have asked President Donald Trump to open four national marine monuments to commercial fishing—a request that could inhibit protections in areas set aside, in part, for dwindling fish populations to renew themselves.
Invasive species pose a significant threat to a primary objective of marine conservation, protecting native biodiversity. To-date, research quantifying invasion risk to marine protected areas (MPAs) is limited despite potential negative consequences. As a first step towards identifying invasion risk to MPAs via vessel ballast or biofouling, we evaluated vessel traffic patterns by applying graph-theoretic concepts for 1346 vessels that connected invaded areas (‘invasion nodes’) along the Northeast Pacific coast to MPAs within Canadian waters in 2016.
Evaluating the effectiveness of a large multi-use MPA in protecting Key Biodiversity Areas for marine predators
Marine protected areas can serve to regulate harvesting and conserve biodiversity. Within large multi-use MPAs, it is often unclear to what degree critical sites of biodiversity are afforded protection against commercial activities. Addressing this issue is a prerequisite if we are to appropriately assess sites against conservation targets. We evaluated whether the management regime of a large MPA conserved sites (Key Biodiversity Areas, KBAs) supporting the global persistence of top marine predators.