Seagrasses
Seagrasses at World Data Ocean is a file of 3 stories. The newest of them: “Invasive Species Impact on Seagrass: Research Gaps and Ecosystem Concerns”, “Epiphytic Diatoms: Unveiling Roles in Coastal Ecosystems Through Integrated Data”, and “Mediterranean Sandy Shores Face Growing Climate Change Impacts”. Seagrasses are vanishing across most of their range, and invasive species are accelerating that loss. Epiphytic diatoms are more than a footnote in coastal ecosystems, yet they remain overshadowed by their microbenthic counterparts. A Global Hub for Ocean Intelligence 4 World Data Ocean is a centralized digital platform where researchers, scientists, and ocean enthusiasts converge to… The list below is every Seagrasses story on World Data Ocean, newest first.
Invasive Species Impact on Seagrass: Research Gaps and Ecosystem Concerns
Seagrasses are vanishing across most of their range, and invasive species are accelerating that loss. Our review of 73 studies confirms that invaders, from algae to bioturbators, overwhelmingly harm seagrass traits like shoot density, growth, and survival. Competitive disruption is the dominant mechanism, yet research remains skewed toward just two species and a few regions. These pressures compound with other anthropogenic stressors, hitting already weakened ecosystems hardest.
Epiphytic Diatoms: Unveiling Roles in Coastal Ecosystems Through Integrated Data
Epiphytic diatoms are more than a footnote in coastal ecosystems, yet they remain overshadowed by their microbenthic counterparts. This review synthesizes what we know about their ecological patterns and the overlooked relationships they share with seagrasses and macroalgae. The work underscores a simple truth: these assemblages are sensitive bioindicators, signaling shifts in nutrient loads and habitat health. For researchers tracking coastal change, this synthesis offers a measured, peer-reviewed foundation.
Mediterranean Sandy Shores Face Growing Climate Change Impacts
The Mediterranean's sandy shores are not static edges; they are active zones where surf, beach, and foredune function as one interconnected system. This review wisely shifts focus from single stressors to the cumulative reality of warming, acidification, and storminess. We find the evidence that seagrasses respond differently than dune plants to be a critical call for integrated research. For a broader perspective on these systemic challenges, our coverage in "Integrated Ocean Governance" complements this analysis well.