What is marine spatial planning?

I will get into more detail quickly, but, want to mention that marine spatial planning is gaining a lot of momentum these days because it is part of creating the National Ocean Policy.

A National Ocean Policy was recommended by the Pew Oceans Commission (in 2003) and the US Commission on the Oceans (in 2004) after these organizations observed that the ocean is “ruled” by over 140 different laws and 20 different organizations to implement these laws. Currently, there is an Ocean Policy Task Force working diligently to streamline the governance of the ocean. Last month, the Task Force released a framework for creating the National Ocean Policy (open for comment until mid-February 2010).

This framework for creating the National Ocean Policy has some core themes that may already be clear to you. For instance, for the planning of the policy the Task Force wants to create an atmosphere of transparency and make certain that all stakeholders have the opportunity to voice their opinions and ask questions about the changes that may occur. Also, the Task Force wants to plan and implement the policy with (not for) state, tribal, regional and local authorities.

The framework for creating a National Ocean Policy also has some core themes that are rather new to traditional ocean governance.

First, the framework mentions that the Task Force will use scientific data (coupled with traditional knowledge) when making decisions.

Secondly, and this brings it full circle, the Task Force will take an approach called Marine Spatial Planning when creating the new laws that will eventually come to be known as the National Ocean Policy.

Marine spatial planning is a unique way to look at the ocean and who uses it. For instance, when we look at the Gulf coast of Florida it is a patchwork of various authorities. There are fishery management plans, marine protected areas, and oil and gas leases that mandate permissions to that coastal area. Marine spatial planning will consolidate and bring these patches together for a better understanding of what and who is using our oceans. Imperative to the concept of marine spatial planning are good maps (see below for example). These maps will help create less conflict and more comprehensive approaches to how we use our oceans. Rhode Island and Massachusetts already have marine spatial planning as a tool for making decisions.

image (c) Ocean Conservancy.

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What is a Marine Protected Area (MPA)?

“A marine protected area (MPA) in the ocean is similar in concept to what a national park is on the terrestrial environment.” Shifting Baselines

There are many terms that mean ‘MPA’, including: sanctuaries, parks, preserves, or natural areas. All of these areas have some boundary in the oceans and are protected by either the Department of the Interior (National Park Service) or the Department of Commerce (National Ocean Atmospheric Administration).

Not all MPAs are completely closed off for human use. Each MPA has various characteristics delineated to it based upon the best circumstances for various stakeholders.

The characteristics are 1) conservation (natural, cultural and/or sustainable), 2) protection level (zoned, zoned with no-take areas, uniformed, no take, no impact, or no access), 3) permanence of protection (permanent, conditional, or temporary), 4) constancy of protection (year-round, seasonal, or rotating), 5) ecological scale of protection (ecosystem or focal resource).

Cape Hatteras, N.C. was the first marine protected area established in 1975.

MPAs are not new management tools but are gaining new momentum as a conservation tool. Watch this PSA with folks from Scrubs, January Jones, and Pierce Brosnan about supporting MPAs off California.

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We are now a member of The Nature Blog Network.

Nature Blog Network

Ninja-like crustacean

Excerpt from the Blue Planet.

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Love Our Blue

In honor of National Wear Blue for Oceans Day this January 13, 2010 here is a little ditty to get you amped … Lyrics amended from the song “Love Me Do” written by the brilliant John Lennon and Paul McCartney of The Beatles.

Love, love our blue.
You know we love blue,
We’ll always be true,
So please, love blue too.
Whoa, love our blue.

Love, love our blue.
You know we love blue,
We’ll always be true,
So please, love blue too.
Whoa, love our blue.

Some blue to love,
Some sea so  blue.
Some blue to love,
Some sea so blue.

Love, love our blue.
You know we love blue,
We’ll always be true,
So please, love blue too.
Whoa, love our blue.

Love, love our blue.
You know we love blue,
We’ll always be true,
So please, love our blue.
Whoa, love our blue.
Yeah, love our blue.
Whoa, oh, love our blue.

Answers to “Test your knowledge of sea stars”

Answers to “Test your knowledge of sea stars” from December 31, 2009.

True or False: Sea stars are fish. They are echinoderms, a group of invertebrates. Invertebrates have no backbones. All fish have backbones.
True or False: Sea stars are closely related to sea cucumbers, sea urchins and brittle stars.
True or False: Sea stars have a flexible skeleton.
True or False: Sea stars breathe through gills. They breathe through a water vascular system. You can see the tube feet (a main component of the water vascular system) on the underside of the sea stars.
True or False: Sea stars can regenerate most body parts.

Congrats to all those that got them correct!

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photo (c) twitter.

6 ocean related blogs you should know about.

Malaria, Bedbugs, Sea Lice, and Sunset “Doing my small part to preserve ocean biodiversity while advancing the vast left wing conspiracy and queer, godless agenda.”

http://coralnotesfromthefield.blogspot.com/2008/08/great-ocean-blogs.html

Sustainable Ocean Project “Changing the way we think about our oceans.”

http://sustainableoceanproject.com/

Blue Planet Divers “A Place for Researchers Divers of All Levels to Connect and Learn.”

http://blueplanetdivers.org

CephalopodCast “Science info + Ocean info.”

http://cephalopodcast.com

The Beacon from Oceana

http://na.oceana.org/en/blog

The Ship’s Blog from the National Geographic Society

http://ocean.nationalgeographic.com/blog/

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The story of the hurricane …

Bob Dylan explained it once, but I’ll explain the natural phenomenon from another angled. A hurricane develops due to the hot, hot air temperatures of summer moving along the hot, hot ocean. This collision of heat joins forces to form a mass of air and water that starts swirling, blowing, sinking, and rising in a path that you see on the weatherman tracking device.

You probably begin paying attention to the tracking system when a hurricane begins to move close to the shore. A hurricane close to shore will undoubtedly cause massive storm surges. A storm surge is when the ocean may increase its high tides above what it normally may be. It is not uncommon to have a storm surge of 25 feet (about 6 kids standing on top of each others shoulders)!

The wind speed of the hurricane can get up to 150-200 miles per hour! Even once the winds slow down to next-to-nothing, it is important to remember that they are going to start back up again – but, go in the opposite direction. The respite you experienced was the ‘eye’ of the storm. A hurricane is a big doughnut of wind and water constantly cycling around destroying everything in its path. It can be up to 300 miles across.

Image (c) environment.nationalgeographic.com

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Do sharks really never stop moving?

In order to breathe sharks have to keep moving. They have to engulf water to extract the oxygen in the water and then the rest of the water filters out of their gills. If the water current is very strong they can stay still.

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