The European Union has drawn bold lines on the map to protect its seas. Yet beneath the surface, destructive bottom trawling continues inside many of these so-called safe havens.

A recent David Attenborough clip exposed the hidden scale of this damage—chains scouring the seabed, habitats flattened, and much of the catch simply discarded.

Our latest analysis unpacks the widening gap between EU marine protection laws and reality. We examine the enforcement failures, the lasting environmental toll, and the economic risks facing coastal communities that depend on the industry.

The full story reveals why protection on paper isn't enough. Read on to learn more. Image:Greenpeace

Explore the contrasting fisheries of Alaska and BC to understand what makes management successful. Learn about the challenges and solutions for a sustainable future.

Discover how Geographic Information Systems (GIS) are revolutionizing Pacific fisheries management. This guide details how GIS technology enhances stock monitoring, combats illegal fishing, and balances conservation with economic needs, ensuring the long-term sustainability of vital marine resources. Read the full post to learn more.

European cities are embracing Geographic Information Systems (GIS) to tackle modern challenges like population growth, climate change, and aging infrastructure. Discover how GIS is transforming urban planning by optimizing transportation, enhancing green spaces, and building sustainable, resilient cities across Europe.

Australia stands at the forefront of a renewable energy revolution, with abundant solar, wind, and water resources that position the nation as a global leader in clean energy development. With vast landscapes, exceptional solar radiation levels, and strong coastal winds, Australia possesses immense potential for renewable energy generation. However, harnessing this potential requires sophisticated planning tools that can analyze complex spatial relationships, environmental factors, and infrastructure requirements.

Understanding our environment is crucial. Field surveys play an essential role in environmental research by providing on-the-ground data that helps scientists make informed decisions. From tracking the impact of climate change to conserving endangered species, field surveys offer invaluable insights. For environmental scientists, GIS analysts, and biologists, accurate data collection is the backbone of meaningful research.

Planning a successful underwater survey transect involves a blend of meticulous preparation, advanced technology, and a deep understanding of marine ecosystems. For marine biologists, environmental researchers, and GIS analysts, using Geographic Information Systems (GIS) can transform this complex task into a more manageable and effective process.

Geoduck surveys, powered by GIS technology and skilled divers, are essential for understanding and managing these valuable marine resources. Through detailed mapping and spatial analysis, researchers can make informed decisions that support sustainable practices and conservation efforts.