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Welcome to the lab of Boris Worm at the Department of Biology, Dalhousie University
How is marine biodiversity distributed across the globe?
How is marine biodiversity changing over time?
What are the consequences of biodiversity change?
What management solutions really work in preventing biodiversity loss?
The Worm Lab includes students and postdoctoral fellows engaged in the study of marine biodiversity, its causes, consequences of change, and conservation.
There are four major questions that guide our research:Below, some recent papers illustrate how we are trying to better answer these questions:
| Rebuilding Global Fisheries | |
2009 | |
![]() | A recent study examined current trends in fish abundance and exploitation rates globally and identified successful management solutions for rebuilding depleted fish stocks. Steps taken to curb overfishing are beginning to succeed, yet 63% of assessed fish stocks worldwide still require rebuilding. VIEW PUBLICATION |
| Management Effectiveness of the World's Marine Fisheries | |
2009 | |
![]() | A new study provides the first global evaluation of how management practices influence fisheries' sustainability. The study assessed the effectiveness of the world's fisheries management regimes using evaluations by nearly 1,200 fisheries experts and analyzing these in combination with data on the sustainability of fisheries catches. VIEW PUBLICATION |
| Historical baselines for large marine animals | |
2009 | |
![]() | A review of the approaches used in the emerging field of marine historical ecology reveals patterns of historical changes in large marine mammals, birds, reptiles and fish, thus offering new insights into past ecosystems, and providing an important context for contemporary ocean management. VIEW PUBLICATION |
| Cascading top-down effects of changing oceanic predator abundances | |
2009 | |
![]() | The effects of top-down control on marine ecosystem structure and function are explored in this synthesis paper on oceanic top-down control findings over the last decade, focusing on large, high trophic-level predators inhabiting continental shelves, seas, and the open ocean. VIEW PUBLICATION |





