Archive for the ‘Conservation’ Category

Johns Island is a beautiful gem of nature located in the Lowcountry of South Carolina, one of more than fifty sea islands along the South Carolina and Georgia coast. Johns Island has been inhabited for thousands of years by Native Americans and, even before that, by numerous species of wildlife. Europeans first began to settle the sea islands in the late sixteenth century. By the eighteenth century thousands of Europeans had settled on the islands drawn here by their beauty and productivity.

Johns Island is located southwest of Charleston, SC on the way to the resort communities of Seabrook and Kiawah Islands.  Charleston has been recognized by Fodor’s as the TOP mainland American tourist destination for 2012.  Kiawah and Seabrook are beautiful, mostly private, resort islands with a large population of part time residents and seasonal visitors.  Travelers to these two islands must drive 15 miles thru John’s Island to get to their destinations.

Johns Island is the fourth largest island on the US East Coast (after Long Island NY, Mt Desert Island ME and Martha’s Vineyard MA).  Johns Island is 84 square mile in size with a population of 14,000 people and scores of wildlife species including deer, alligators, raccoons, coyotes, bobcats, otters and wild hogs.  The rivers and marshes that make this an island abound with fish and shellfish, esp. oysters, and the ever popular local dolphins. The numbers of bird species are in the hundreds.  They include bald eagles, osprey, wild turkeys, owls, hawks, herons, egrets and ducks.  The flora is also abundant with many native and importance species as well as agricultural crops.

Because of our natural assets and proximity to Charleston and the resort communities, Johns Island has been, and will continue to be, developed for residential, recreational and commercial purposes. A dedicated conservancy effort is needed to ensure that development on Johns Island is both ecologically responsible as well as economically sensible.

Loggerheads are amazing… highly migratory and particularly vulnerable to accidental capture in the nets and long-lines of the world’s fisheries. Although Turtle Excluder Devices (TED), fitted into shrimp nets in some countries have lessened the threat, the use of these devices is not yet mandatory everywhere. Longline by catch mitigation trials are also being conducted in several places across the world, but will they be in time to halt the decline? Their present population is 60,000 + nesting females.

I have had the pleasure of spending a fair amount of time with Loggerhead Turtles off the coast of Belize from 1999 – 2003. At certain times of the year, they were fairly present along the outer edge of the barrier reef.

On several occasions, I could watch them rising from the depths along the edge of the reef until they were quite literally right beside me. On more than one occasion, they would spot a crab nearby and make a meal of one, seemingly oblivious to my presence. One I saw so often that I named him Seven Barnacles for the seven large barnacles he carried with him (see photo at right). On more than one occasion, I attempted to swim alongside them until they seemed to realize I was there and with a few powerful fin sweeps, would leave me breathing far too heavy 60 feet under the water.

On one particular dive, it became quite apparent how poor their visibility was when one large Loggerhead swam straight towards myself and a student until it was literally so close that I had to reach out and place my two arms on the shell and push it away for fear that it was simply going to swim directly into the student I was teaching.

Physical Description

The loggerhead turtle has a rusty coloured carapace. It is one of the largest turtles, weighing about 155 kg and carries more encrusting organisms such as barnacles on its shell than the other marine turtle species. This species is distinguished mainly by its large head and strong jaws. As with leatherbacks, loggerheads are highly migratory, making some of the longest journeys known of all marine turtle species. The possibility that juvenile loggerheads cross the Pacific Ocean has been corroborated by studies showing Baja Californian loggerheads have a genetic affinity with those found in Japan, and recently the first trans-Pacific migration of a loggerhead was recorded with a satellite transmitter. It is thought that an ability to detect wave direction and the Earth’s magnetic field enables this species to navigate across open oceans.

Nesting Range States

Angola, Australia, Bahamas, Bangladesh, Belize, Brazil, Cape Verde, most of the Caribbean, China, Colombia, Costa Rica, Cuba, Cyprus, Egypt, Greece, Guatemala, Honduras, India, Indonesia, Israel, Italy, Jamaica, Japan, Libya, Madagascar, Mexico, Morocco, Mozambique, Namibia, New Caledonia, Nicaragua, Oman, Panama, Philippines, Senegal, South Africa, Sri Lanka, Turkey, Turks and Caicos Islands, USA, Venezuela, British Virgin Islands.

Why is this species important?

Marine turtles fulfill important roles in marine ecosystems. Loggerhead turtles eat many types of invertebrates, in particular molluscs and crustaceans, and can change the seabed by “mining” the sediments for their favourite prey. Also, loggerhead turtles carry veritable animal and plant cities on their shell. You can see from my photos just why I named one of these turtles Seven Barnacles. As many as 100 species of animals and plants have been recorded living on one single loggerhead turtle. These animals and plants depend on turtles to have somewhere to live and to prosper.

The future for many of these species is intimately linked to our care of the oceans.

It is with sincere regret that I must write this article regarding what was at one point in my life, my favorite place to dive in the world- Moho Caye in Belize.

An article I wrote several years ago describes what is what like to visit Moho in the late 1990′s and early into the 21st century;

Moho Caye

“One of my other favorite spots in Belize was Moho Caye. It is a simple dive but there is a large coral pinnacle that starts in about 85 – 100 feet and makes it way up to within 20 feet of the surface and there are a large variety of critters to watch for while you circle this pinnacle.

The nice thing about this site is that you can end your dive in fifteen feet of water and still be seeing lots of marine life, like anemones and feathered sea cucumbers.

There are numerous ways to dive Moho Caye. I considered the starting point just off to the left of the small spot of sandy beach you can see in center of the right photo. From there, you could head south towards the pinnacle or north, towards a more sandy bottom and round the tip at the northern-most point. where the reef forms a sort of mini wall… quite steep with an eighty foot maximum bottom depth.

You can see from the photo at right how much shallow area there is surrounding the island. Its hard to pinpoint it from here, but if you were to begin your dive approximately halfway on the top middle side of this photo and swim left, you would find the pinnacle I am referring to. If you really want to find it, I recommend finding a woman named Lloydia in Placencia Village (its not hard. Ask anyone in the center of town) and go with her. She loves this spot.

In March, if you are around visit the east side of the island where the Pelicans roost and build their nest. Its fun to wander the island at that time… you can literally walk up to the nest with albino white baby pelicans squawking away.

I can honestly say that this is one of the nicest dive spots I have ever spent time at. No matter how often I visited, I always enjoyed myself. Yim and I used to take one of the boats out on our off days”

Imagine what they are doing with their sewage now… this Island is small. I could walk across it in fifteen minutes even hacking my way through the very middle of the Island. And of course, the next hurricane that passes through the area will wipe the place out but the Island will never be the same.

Sigh…

For a little over one year now, I have been sitting on the Board of Directors for the Swan Lake Christmas Hill Nature Sanctuary.

During that time, it has been my pleasure to re-design and launch this all new web site for them to assist in promoting the activities of the sanctuary.

Swan Lake was formed 12,000 years ago when the last glacier receded. The underlying bedrock, exaggerated by the scouring action of the glacier, provided the basin which defines the lake boundary.

Today, the lake is shallow, warm and flourishing with life despite the pollution created by urbanization of the surrounding area. The lake is fed by a large watershed to the north and east which includes Blenkinsop Lake.

The SLCHNS provides a diverse and enriching experience with a focus on natural history, education and ecological restoration to inspire personal action in stewardship activities. The Swan Lake Christmas Hill Sanctuary is managed with a strong focus towards fostering an understanding and appreciation of nature through direct experiences that will develop personal responsibility for the care and protection of the natural environment.

Take a look at the new web site here >


The Kiosk I have been working on for the past year is finally installed and dedicated.


The male, or bull, Stellar Sea Lion is a huge animal, growing up to three metres in length and weighing up to 900 kilograms.

In contrast, the females are only about a third as large, and give birth to one pup after a gestation period of one year.

There are three Stellar Sea Lion breeding rookeries in British Columbia, and many haul-out sites located throughout coastal B.C. A prominent local haul-out site is at Race Rocks, off the Western Communities of Greater Victoria.

I took this photograph while traveling through the Broken Island Group in Barkley Sound.


I have recently been asked to sit on the Board of Directors of The Swan Lake Christmas Hill Nature Sanctuary.

The sanctuary consists of two distinct areas;

- Marshy lowlands surrounding Swan Lake

- Rocky, oak-forested highlands of Christmas Hill

The marsh around Swan Lake provides good habitat for many birds and small animals. They make their homes in the rock walls, marsh grasses and cattails beside the lake. The highland environment of Christmas Hill is in marked contrast to the lowlands of Swan Lake. The glacially-moulded rock faces, the vernal (seasonal) pond and the majestic view from the hilltop are of special interest to visitors. The meadows surrounding Christmas Hill bloom with a sea of wildflowers in the spring.

Swan Lake Christmas Hill Nature Sanctuary is a nature education centre andregistered charitable organization run by the Swan Lake Christmas Hill Nature Sanctuary Society.

The Mission of the Society is to manage the Swan Lake Christmas Hill Sanctuary as a focus for fostering an understanding and appreciation of nature through direct experiences that will develop personal responsibility for the care and protection of the natural environment.

For more information, visit the web site here >


Parrotfish, which are abundant almost everywhere I have ever dived, are named for their oral dentition, as you can see above.

Their numerous teeth are arranged in a tightly packed mosaic on the external surface of the jaw bones, forming a parrot-like beak which is used to scrape algae from coral and other rocky substrates.

Most of the Parrotfish I have seen have been brightly coloured in shades of blue, green, red and yellow. Although they are considered to be herbivores, parrotfish eat a wide variety of organisms that live on coral reefs and some species may include corals polyps in their diet.

Their feeding activity is important for the production and distribution of coral sands in the reef and can prevent algae from choking coral. Ingested during feeding, coral rock is ground up by their teeth. After they digest this it is excreted as sand thus at times creating small islands and the sandy beaches of the Bahamas and Caribbean.

Maximum sizes vary widely within the family, from 20 cm in the smallest species, such as the green parrotfish to 1.5 m in the largest species, the bumphead Parrotfish.

Parrotfishes are diurnal and stay within shallow waters of no more than about 70 meters in depth. By night they cram themselves into crevices, some species secreting a thick coat of mucus, like a little surrounding bubble. The mucus is thought to mask their scent from nocturnal predators such as the moray eel and may serve to protect the fish from infection by parasites.

At this point, they are fairly easy to spot when night diving and on more than one occasion, I have picked one up and placed it in Yim’s hands and motioned for her to shake it just a bit and the Parrotfish will wake up and swim away, in a bit of a dash.

What’s also interesting is that after a massive die-out of the sea urchins in the Caribbeans, parrotfish now are the main grazers in the area. While underwater, it is often easy to hear Parrotfish before you see them as you can hear them crunching the coral reef. In fact, protecting parrotfish is proposed as a way of saving Caribbean coral reefs from being overgrown with seaweed, since Parrotfish are such productive producers of sand.


It’s not every day I am asked to sit on a Board of Directors, and when the Ogden Point Enhancement Society asked this month, I instantly agreed.

Ogden Point is one of the spots in Canada that I consider among the best dive locations, particularly for beginners and the Society is committed to protecting and promoting the location. Ogden Point is not only the location I completed my Instructors Certification, it is home to some of the finest and most accessible scuba diving in the Pacific Northwest.

So, it is with some sense of pride that I have been appointed to The Board of Directors of the Ogden Point Enhancement Society, dedicated to preserving and promoting the area. We hope to add an Interpretive Center within the Point this year to inform visitors on the marine life of Ogden Point and the surrounding areas.

The Ogden Point Breakwater and Docks were constructed between 1914 and 1917 and required over one million tons of rock, ten thousand granite blocks, fifty three concrete caissons and over one million cubic yards of dredged fill to build. Indeed, a Canadian engineering marvel.

There are a number of entry points along the breakwater which allow entrance at a wide variety of depths, but the farther you go, the harder it is to get there with a dive tank strapped to your back on the walk out. However, the farther out you go, the greater the variety of sea life…


This spectacular squid is discarded bycatch on a Spanish bottom trawler.

Ancient forests in danger … deep under the ocean. Biologists estimate that somewhere between 500,000 and 5,000,000 marine species have yet to be discovered. But many of these species are in serious danger from the world’s most destructive fishing practice – bottom trawling This is truly the last undiscovered wilderness left on the planet.

The deep ocean floor has its own mountains, called seamounts. They rise at least 1,000 metres above the surrounding seafloor. Amazingly, the Earth’s longest mountain range is not on land but under the sea – the Mid-Oceanic ridge system, which winds around the globe from the Arctic Ocean to the Atlantic. It is four times longer than the Andes, Rockies, and Himalayas combined!

Seamounts are uniquely rich areas of biodiversity. Think colourful forests of attached cold water corals, soft seapens, sponges and seawhips, sea spiders and lobster-like crustaceans. Many seamount-dwelling species are not found anywhere else, and it is believed that some are confined to only one or two individual seamounts!

Number 1 Threat: Bottom Trawling

Unfortunately, the commercial fishing industry has gotten to know about the rich pickings that exist in deep waters. The industry has extended its unsustainable fishing practices into previously unexploited deep waters and seamounts using a technique called bottom trawling.

Bottom trawling involves dragging huge, heavy nets along the sea floor. Large metal plates and rubber wheels attached to these nets move along the bottom and crush nearly everything in their path. All evidence indicates that deep water life forms are very slow to recover from such damage, taking decades to hundreds of years – if they recover at all.

If allowed to continue, the bottom trawlers of the high seas will destroy deep sea species, before we have even discovered much of what is out there. Think of it as driving a huge bulldozer through an unexplored, lush and richly populated forest and being left with a flat, featureless desert. It’s like blowing up Mars before we get there.