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Saint Augustine, FL
The purpose of this blog is to update stories from The Voice of the Dolphins and to tell some of the amazing stories that did not make it into the book. Please visit our website www.hardyjonesdolphins.com

Friday, April 13, 2012

Dolphin Mortality in Peru - 2nd Trip


Hardy and Carlos by Dead Baby Dolphin

Tuesday, April 10. We arrive to the stranding site, as I told you before,
on Tuesday, next with my assistant, a Environmental Police officer and
driver. We closed a successfull day collecting 10 periotic bones from
dolphins, blubber samples from new dolphin strandings that were
viable and a fresh baby porpoise for histology analysis collected at
the very end of they. We surveyed 50 Km only, planning to return the
next day. It took us 8 hours in the road since removing periotic bones
is a very delicate process, as Hardy knows from experience. We counted
a dozen new dead dolphins dead a week ago getting stranded by the
ocean.

Monday, April 9, 2012

Conclusion as to Cause of Dolphin Mortality East Coast USA

During the late 1980s a massive die-off of bottlenose dolphins took place first in New Jersey and moved along the entire eastern seaboard, ending finally at Cape Canaveral. Hundreds of dead dolphins were found, many others were never counted. Below is the conclusion of the multidisciplinary committee that investigated this dreadful event.

My book contains the entire story, politics, bureaucracy and unanswered questions.

 
The process of reviewing evidence and getting it peer-reviewed takes time. In September 1994, I received a report of the conclusions of the interagency team that had gathered in Beaufort, North Carolina, with additional experts to bring together all information produced by investigations into the die-off. The report concluded, “The results for the beach-cast specimens (dead dolphins) obviously reflect the levels of contaminants in the nearshore environment where the dolphins accumulate these substances.” 
But no definitive answer was ever found. 

Thursday, March 29, 2012

Catastrophe for dolphins along the north coast of Peru



Hardy Jones reporting from Chiclayo Peru, March 28th:
During February of this year there had been rumors of as many as 260 dolphins dead on the north coast of Peru. But some authorities dismissed the report. I backed off the story. But on March 23rd I received an email from Dr. Carlos Yaipen Llanos, Lima-based director of the marine mammal rescue organization, ORCA Peru, stating there had been approximately one thousand dolphins stranded along the north coast of Peru. Lest there be any doubt, stranded means dead in virtually all cases.

For a night I stared at the ceiling. What was the truth of what was happening along that bleak, desert coast, one of the most abundant fisheries in the world and mating and feeding habitat for huge numbers of dolphins, sea lions and birds? If the numbers were even close to accurate this would be perhaps the greatest dolphin mortality event ever recorded. I called Dr. Yaipen. He had a man on the ground north of Chiclayo who confirmed large numbers of dolphins stranded along 200 kilometers of the coast.

I immediately packed my bags and book a Delta flight for Lima the following day. Carlos met me at Jorge Chavez International Airport. Our 6:25am flight to Chiclayo was cancelled due to Lima’s pea soup fog so we grabbed an overnight bus. We linked up with three young ORCA women who had done some scouting for Carlos. They confirmed dead dolphins on nearby beaches but had not traveled most of the coast.

At 11am we packed into a four wheel drive Toyota pickup with a back seat cab and drove through San Jose to the beach, cranked a right turn and headed north at low tide on a beach that was mostly firm.  Our goal was to find the thousand beached dolphins and were told the greatest concentration was three hours drive north. That was our goal and we determined we would not stop for anything else.

Within a few hundred yards we began to see dead dolphins.  In ones and twos, then Carlos saw a Burmeister’s Porpoise. Some were highly decomposed while others were in the surfline freshly stranded. All were dead.

Carlos and his team performed necropsies on a couple of the dolphins. Seeing a new born common dolphin, umbilicus still attached was wrenching.

We raced along the hard sand at the edge of the surfline crying out when we saw a dead dolphin. At first they came every couple minutes. But then we’d hit intervals when the cries would go “dolphin! Delphin! Otro! Dos mas! There’s another one up by the dune.”

When I asked for a total from Carlos’ s assistant I was stunned to hear we’d counted over 200 dolphins. We hit a length of beach no more than 100 yards long in which we found ten dolphins of varying levels of decomposition.

The numbers continued to mount. By the time the rising tide forced us off the beach the count had reached 615, counted over 135 kilometers. 

Dr. Yaipen and I had known each other for some four years. We’d become involved in a study of Peruvian fishermen who eat dolphin meat. While illegal, this is commonly done and the authorities do not have the resources to prevent it. But Dr. Yaipen had discovered something important. The fishermen who ate dolphin meat regularly had a disproportionately elevated incidence of diabetes. I had found diabetes in Taiji, Japan in two men who ate dolphin meat; not in itself significant but these were men who had no other symptoms. Both were lean, didn’t eat sugar. What they did eat was dolphin meat and a certain fish that is known to have high levels of endocrine disrupting chemicals – chemicals that also disrupt the way the human body utilizes insulin.

Monday, February 20, 2012

Dolphin Hunting Season Ends at Taiji - Reason for Hope?

  There is potentially good news from Taiji. The number of dolphins killed this year was 615. Half of last year.
  They are ending the hunting season Feb 28, which is the normal ending time for the hunt on dolphins (Iruka). But last year when they came up short of their quota they got an extension to make up for the deficit. This year they did not ask for one. The question now is whether they will continue to hunt gondo (pilot whales, Rissos, melonheads – i.e. what they call small whales but we in the west classify as dolphins). By tradition they hunt them through April. If they do not hunt them it would be a good sign. But as in all things related tdo Taiji I urge caution. 
  The most likely cause of this decline in take is that there is less demand. But it is also possible that water temperatures have moved the most often taken species to different waters in search of prey. Distribution of fish is mostly governed by water temperature. A final possibility is that the prized species have become depleted and are difficult to find.
   There were also 160 dolphins taken for captivity during the past season.
   I believe the best course of action for BlueVoice is to continue to test dolphins and dolphin eaters for contamination and publish that information to depress the demand for dolphin meat.

Friday, February 10, 2012

Pollutants in Fish Lead to Larger Breasts, Diabetes and Obesity

Huffington Post has just published my blog on the impact estrogen imitating chemicals ingested through fish (and dolphin meat) can have on obesity, diabetes and larger breasts in women – AND MEN! Toxic data a great tool to end dolphin hunt for meat. Please forward to friends and RT. Also Like and Comment on the blog.
http://huff.to/wPyhkh

Friday, January 27, 2012

Mortality Rate in Dolphin Eating Taiji Town

Japan's National Institute of Population and Social Security Research has cited mortality figures in Taiji, for 2007, at 67 deaths from a population of some 3,500 residents — putting the town's overall mortality rate more than 50 percent above other villages nationwide of roughly the same population. However Kozagawa, west of Taiji, where dolphin meat is also consumed, showed an even higher rate — with 82 deaths from a population of 3,426 people in 2007.

Thursday, January 19, 2012

Mercury Expert Warns of Fish Jerky

Dr. Jane Hightower, a pioneer in connecting human disease to mercury consumption has published a paper on alarming levels of mercury in fish jerky. Hightower is a wonderful doctor and person and primary in bringing the dangers of mercury in fish to public attention.

For more on mercury go to www.Diagnosismercury.org  Her book,  Diagnosis Mercury is available at Amazon at http://amzn.to/xgWBs6

For interview with Dr. Hightower and more information on mercury go to
http://bluevoice.org/news_mercury.php

Mercury Concentrations in Fish Jerky Snack Food:
Marlin, Ahi, and Salmon
Jane M Hightower1* and David L Brown2

Abstract
Background: Dried meat and fish have served as an important durable nutrition source for humans for centuries. Because omega 3 fatty acids in fish are recognized as having antioxidant and anti inflammatory properties found to be beneficial for good health, many consumers are looking to fish as their main source of protein.
Unfortunately, contaminants such as methylmercury can accumulate in some species of fish. The purpose of this research is to test commercially available fish jerky snack foods for mercury contamination.
Methods: Fifteen bags of marlin jerky, three bags of ahi jerky, and three bags of salmon jerky were purchased from large retail stores in Hawaii and California, and directly from the proprietors’ Internet websites. Five individual strips of jerky per bag were analyzed for a total of one hundred and five tests.
Results: From the seventy-five marlin jerky samples, mercury concentration ranged from 0.052-28.17 μg/g, with an average of 5.53 μg/g, median 4.1 μg/g. Fifty-six (75%) marlin samples had mercury concentrations that exceeded the FDA’s current mercury action level of 1.0 μg/g, while six samples had greater than 10 μg/g. Fifteen samples of ahi had mercury concentrations ranging from 0.09-0.55 μg/g, while mercury concentrations in fifteen salmon samples ranged from 0.030-0.17 μg/g.
Conclusions: This study found that mercury concentrations in some fish jerky can often exceed the FDA’s allowable mercury limit and could be a significant source of mercury exposure.
Keywords: Ahi, fish, jerky, marlin, mercury, methylmercury, salmon