The Florida Keys are now under an evacuation order. Leaving the dolphins in their net pens has risks (if the pens get torn up they can tangle up the dolphins and drown them). So does letting them out into open water, which is the preferred protocol, and the dolphins usually show up again looking to be fed. During Hurricane Andrew, DRC opened the gates. One dolphin, Anessa, chose never to return.
Of course, Miami Seaquarium, and Lolita, are also at risk. During Andrew a wall of water washed through the facility.
Especially dangerous times for captive marine mammals in Irma’s path of destruction.
I never set out to make this short film. I hadn’t been to Sea World in probably 20 years but decided to give it a shot and take my niece. I tried to see the place through the eyes of young child but logic and my love for wildlife took over. I’ve spent most of my life committed to exploring wild places and observing wild animals. I understand why these places exist but also feel that it’s time we stepped back and reassessed our need to collect and to display conscious, intelligent animals.
Thanks for the update. Is this research really telling us anything we don’t already know?
A dog may be man’s best friend, but dolphins can imitate human actions, and even how they solve problems.
When a dolphin has one of its senses blocked, it can use other senses to mimic a human’s movements, according to a recent study.
A bottlenose dolphin named Tanner was blindfolded and instructed to copy the actions of a trainer in the water with him. When Tanner wasn’t able to use sight to figure out the movement, he switched to another technique: He would emit sounds, listen to the echo and interpret the resulting sound waves. This process — known as echolocation — allowed Tanner to mimic movements by the trainer, such as spinning in the water.
The study, conducted at the Dolphin Research Center in the Florida Keys, expands on earlier studies looking at how dolphins are able to imitate other dolphins while blindfolded. To see whether a change in sound would affect their imitation, researchers used humans instead of dolphins to make the movements in the water.
Kelly Jaakkola, research director of the marine mammal center, said researchers were surprised by Tanner’s use of echolocation.
I am not a fan of any captive research. But if it exists, it would be nice if it at least had to achieve some minimal threshold of utility–for the species being held captive. Not sure how humans impressing themselves over and over again with how smart and creative dolphins are is not redundant, or how it extends at this point beyond idle curiosity.
Although unreported in wild orca populations, mosquito-transmitted diseases have killed at least two captive orcas
(Orcinus orca) in U.S. theme parks. St. Louis Encephalitis Virus (SLEV) was implicated in the 1990 death of the male orca Kanduke,
held at SeaWorld of Florida. In the second case, West Nile Virus (WNV) killed male orca Taku at SeaWorld of Texas in 2007.
Captive environments increase vulnerability to mosquitotransmitted diseases in a variety of ways. Unlike their wild counterparts who are rarely stationary, captive orcas typically spend hours each day (mostly at night) floating motionless (logging) during which time biting mosquitoes access their exposed dorsal surfaces. Mosquitoes are attracted to exhaled carbon dioxide, heat and dark surfaces, all of which are present during logging behavior. Further, captive orcas are often housed in geographic locations receiving high ultraviolet radiation, which acts as an immunosuppressant. Unfortunately, many of these facilities offer the animals little shade protection. Additionally, many captive orcas have broken, ground and bored teeth through which bacteria may enter the bloodstream, thus further compromising their ability to fight various pathogens. Given the often compromised health of captive orcas, and given that mosquito-transmitted viral outbreaks are likely to occur in the future, mosquito-transmitted diseases such as SLEV and WNV remain persistent health risks for captive orcas held in the U.S.
This is an important insight into how captivity affects the lives of killer whales, and what is particularly interesting is how a confluence of captivity-related issues–logging, temperatures, lack of shade, teeth-drilling, etc–combine to create a vector of vulnerability that wild orcas likely do not experience. Which is one more reason that mortality in captivity is greater than mortality in the wild. Very well-done, informative, fact-based, work.
I hesitate to post this, which was shot over SeaWorld San Diego when Sumar died in September 2010, because I don’t want it to seem gratuitous. But I am going ahead, because death for orcas at marine parks, usually premature death, is part of the orca experience in captivity that marine parks would prefer the public knew little about (much less see).
This YouTube video has been getting a lot of views, because it does what all good video does: it makes you sit up, take notice, and think.
We can’t know what that false killer whale (Pseudorca crassidens) is thinking, but it’s definitely not: “I like it in here, I think I’ll stay.”
During my reporting for The Killer In The Pool I heard stories of killer whales that had jumped out of the pool, particularly a SeaWorld orca called Kotar, who was moved from Orlando to San Antonio after he bit the penis of another male (what would Freud say?). Kotar eventually died after a pool gate he was playing with closed on him and crushed his head.
Does anyone know the facts about Kotar, or of other videos or stories about dolphins and killer whales jumping out of their pools?
The video story of the incident above continues (interesting to note the reaction of the other animals). You can bet the audience left that park wondering about many things.