Marine Spatial Planning

Introduction

What is Marine Spatial Planning?

Marine spatial planning takes into consideration critical and threatened habitats, species that are currently under negative pressure from human activities, in coordination with activities and sectors we intend to continue with.

Examples of Features & Spatial Uses

For example industrial ships may cut through endangered marine mammals breeding grounds, harming them with bilge waste and noise pollution. Marine spatial planning could use mapping and scientific data to help chart routes that would be less impactful and less stressful for those whales.

Spatial planning could prevent wind, wave, or tidal turbines from being placed directly on ocean reefs, of seagrass meadows. The same tourists from swimming or surfing in places that need to be protected or that are particularly dangerous anyway. Similarly, bans on fishing in certain locations can help the seabed recover from decades of bottom trawling. Places that might be too dangerous for swimmers and tourism and less important to wildlife, may however be particularly suitable for energy production. 

Threats to Marine Wildlife

Only when we understand the variety of threats facing marine wildlife can we reasonably plan and create spaces that will fulfil the roll of protecting these species.

Marine Noise Pollution

Sound is created via vibrations, and sound is critical to the survival of many marine species including fish and whales who communicate with noises including clicks, whistles, moans, and even singing. 

The problem comes from noises that are so loud and disruptive that they prevent wildlife from communicating or using abilities such as echolocation to navigate or find food. Some noises such as those made by motorized boats and ships, as well as seismic blasts from military and energy companies can severely hurt or even kill wildlife.

Water Pollution

Worldwide, water pollution is a growing issue, even in countries that do have water protections are struggling with everything from accidental industrial spills to frequent run off problems from farms and gardens.

Livestock Manure

Not only do livestock outnumber humans, but all together they consume far more food and produce far more waste manure than we do sewage. This manure along with other waste such as that which slaughterhouses dump into waterways, flows down river and creates dead zones, which kill off ocean life.

Similarly aquaculture farms have been dumping disease contaminated, and antibiotic-filled fecal waste on delicate ecosystems including rare glass reefs.

Human Sewage

Many of us take sewage and septic systems for granted, but not everyone has access to these systems, and many of the existing ones are growing old and beginning to fail. Even in countries that have long had sewage systems, urban growth combined with increasingly heavy rains now often overwhelmed the often out-of-date systems

Cruise ships and other vessels routinely dump sewage and trash into our oceans, since it is often cheaper than paying the fines on the occasions they are caught committing these crimes.

Plastic

Since plastic pollution poses such a huge danger to seabirds and marine life, it's important to continue tracking and studying how plastic and other pollutants move out to sea and around on the currents. Organizations have already begun this process, but we can use scientific data to create clean up plans, policies, and interventions. Pollution mapping and tracking could also help conservationists pick conservation sites that are protected or could be protected, vs those that are in the direct pathways of continuous pollution flow. For example some geological spots tend to collect buildups of plastic very quickly to due with wind and water patterns, locations of prolific pollution sources, and even that some geological features can act as traps for plastic, while others might shapes or terrain types might allow pollutants to wash away more easily.

Marine Spatial Planning

Marine Spatial Planning (MSP) "is becoming a key management approach throughout the world. The process includes the mapping of how humans and wildlife use the marine environment to inform the development of management measures. An integrated multi-species approach to identifying key areas is important for MSP because it allows managers a global representation of an area, enabling them to see where management can have the most impact for biodiversity protection. However, multi-species analysis remains challenging. This paper presents a methodological framework for mapping key areas for marine megafauna (seabirds, pinnipeds, cetaceans) by incorporating different data types across multiple species. The framework includes analyses of tracking data and observation survey data, applying analytical steps according to the type of data available during each year quarter for each species. It produces core-use area layers at the species level, then combines these layers to create megafauna core-use area layers. The framework was applied in the Falkland Islands. The study gathered over 750,000 tracking and at-sea observation locations covering an equivalent of 5495 data days between 1998 and 2015 for 36 species. The framework provides a step-by-step implementation protocol, replicable across geographic scales and transferable to multiple taxa. R scripts are provided. Common repositories, such as the Birdlife International Tracking Database, are invaluable tools, providing a secure platform for storing and accessing spatial data to apply the methodological framework. This provides managers with data necessary to enhance MSP efforts and marine conservation worldwide." - https://www.sciencedirect.com/science/article/abs/pii/S0308597X17307790?via%3Dihub 

Examples

North America

How To Improve Marine Spatial Planning

Existing Protected Ocean Zones

Europe

UK

Tools 

Organism Tracking

Seabirds

Maps

Maps are critical for this type of project. Migration maps can help conservationists work out which places need to be protected and which can be made safer during seasonal journeys. Maps that track where injuries and fatalities are most common are also of great value. Each species movements are unique, but this section is intended aid in the planning process. 

International

Aquatic Ecosystems

Oceans

Europe

Denmark

UK

North America

United States

Washington State

Organizations

International

 Europe

North America

Organizations

North America

Canada

BC

Funding

Europe

North America

USA

Oceana

Australia

Western Australia