Tag Archives: Newborn orca

Could this really be another newborn orca
in Puget Sound?

The newborn calf J-54 swims near its mother J-22 today near San Juan Island. Photo: Dave Ellifrit, Center for Whale Research
Newborn calf J-54 swims near its mother J-28 today near San Juan Island. The baby appears to be about three weeks old.
Photo: Dave Ellifrit, Center for Whale Research

Break out the champagne! Amazingly, another new baby has been born to the Southern Resident killer whales that frequent Puget Sound. This makes eight newborns arriving since December of last year.

In the 40 years that the Center for Whale Research has maintained a census of these killer whales, only once before have more orcas calves been born, according to Ken Balcomb, who directs the studies for the CWR. The year was 1977, when nine babies were born.

The new calf has been designated J-54, the next available number for the J pod whales. The mom is J-28, a 22-year-old female named Polaris who has one other offspring, a 6-year-old female named Star.

The new baby was first seen on Dec. 1 by whale watchers near San Juan Island and photographed by Ivan Reiff, a member of the Pacific Whale Watch Association. But the photos did not reveal any distinct features — such as the shape of the white eye patch or saddle patch — to help experts determine if this was a new baby or one of the other recent additions to J pod.

Pictures taken today confirm that this is a new calf, estimated to be about three weeks old. The mother and calf continued swimming north through Haro Strait, accompanied by the calf’s sister, grandmother, aunt, uncles, cousin and other members of J pod.

This eighth birth within a year’s time is certainly cause for celebration, Ken told me, but the health of the population is highly dependent on the availability of food, primarily chinook salmon.

“I want to count back 17 months (gestation period) for each of them to see what was going on with those whales at that time,” Ken said, noting that fisheries managers have been reporting pretty good runs of hatchery chinook in the Columbia River the past couple years.

With 27 females in the breeding population and roughly three years between births, one might anticipate about nine pregnancies per year, he said. But recent history shows that an average of about three births per year are counted. That suggests that many of these potential babies never make it to full term, possibly because of the toxic chemicals the mothers have accumulated in their blubber.

When food is scarce, the mothers rely on their stores of fat for energy, which could release their toxic chemicals to their fetuses and to their newborns during nursing, Ken said. Fetal or newborn deaths may simply go unreported. When food is adequate, the babies get better nutrition — both in the womb and in their mothers’ milk.

“The biggest clue is the fact that they do well when they have sufficient food available and not so well when there is not sufficient food,” he said. “It should be a no brainer to feed them.”

By feeding them he means managing the fisheries and the ecosystem to make more fish available to the orcas. Removing dams where possible could boost the natural production of salmon, he said. Climate change, which tends to increase water temperatures and reduce streamflows, could be working against the effort to restore salmon runs.

The population of the Southern Residents now stands at 84 — or 85 if you count Lolita, who remains in captivity in Miami Seaquarium. That total consists of 29 whales in J pod, 19 in K pod and 36 in L pod, according to statistics reported by Orca Network from census data collected by the Center for Whale Research.

Ken said he is thankful for grants from the Milgard Family Foundation and the Annenberg Foundation, which have kept his operation going this winter, and to the Pacific Whale Watch Association, which provides additional eyes on the water. Years ago, without observers around, the news of new births usually waited until spring.

Michael Harris, executive director of Pacific Whale Watch Association, said celebration of the new birth should be accompanied by determination to keep salmon available for the whales.

“Just as we settled our brains for a long winter’s nap, we get another gift for whale watchers, just in time for the holidays,” Michael said in an email. “We thought seven was pretty lucky, but having eight calves in this population is exciting.

“None of us expected a year like the one we just had,” he added, “but we can expect tough times ahead for these whales. We had a good year last year for salmon and we had a good year for orcas. Now we’re coming off drought conditions and all sorts of problems, and we’re looking at lean times the next few years. Let’s celebrate this baby right now and this resilient village of orcas, but let’s keep working to make sure we get fish in the water and whales forever.”

Aerial images of baby orca and new studies with unmanned aircraft

The Center for Whale Research has posted aerial photos of the new orca calf and her mother. The pictures, taken as part of a research study, were shot from an unmanned hexacopter (drone) from an altitude of more than 100 feet, as required by permits and protocols of the research project.

Aerial photos of L-91, a 20-year-old female, and her newborn baby. Photo: NOAA, Vancouver Aquarium, under NMFS Permit 16163 and FAA Flight Authorization Class G MOU: 2015-ESA-4-NOAA.
Aerial photo of L-91, a 20-year-old female, and her newborn baby taken from unmanned hexacopter.
Photo: NOAA, Vancouver Aquarium, under NMFS Permit 16163 and FAA Flight Authorization Class G MOU: 2015-ESA-4-NOAA.

Researchers are using the unmanned aircraft to help assess the health of killer whales and other marine mammals and to keep track of their population and behaviors. The researchers are from NOAA’s Southwest Fisheries Science Center and Vancouver Aquarium Marine Science Center. They are operating under permits issued by the U.S. and Canadian governments to cover both sides of the border.

I first discussed this new aerial technique in “Water Ways” nearly a year ago, when Brad Hanson of the Northwest Fisheries Science Center told me that unmanned aerial vehicles, or UAVs, hold great promise for learning about killer whales. The small aircraft can get great shots from overhead without the cost and disturbance of large manned helicopters. Read more and watch a nice video of the project on “Water Ways,” Oct. 16, 2014.

The research so far has shown that UAVs can be used to gather valuable information about marine mammals. I found a conversation on video between researcher John Durban and NOAA science writer Rich Press to be especially informative. They talked about how to spot a fat and healthy orca versus one that was emaciated and apparently on the edge of death. Finding a pregnant orca was not as hard as I thought it might be. Check out NOAA Fisheries’ website and the video above.

Small unmanned aircraft also can be used to count and assess the condition of gray whales on their annual migration along the West Coast.

“We can’t put a gray whale on a scale, but we can use aerial images to analyze their body condition—basically, how fat or skinny they are,” John Durban said in a story about the gray whale project on the NOAA Fisheries’ website.

In other news about the newborn orca, naturalist Jeanne Hyde has posted a report of her experience, including photos. Jeanne was one of the first to spot the new calf. Read what she has to say on her blog, “Whale of a Purpose.”

Mystery of the orca moms rekindled by birth of another J-pod whale

A newborn orca calf in J pod extends the ongoing baby boom for the three Southern Resident pods, but it also rekindles a debate about motherhood — namely who is the mom of J-50 and now J-52.

A newborn calf (on the near side) is seen swimming with J-16, while a 3-month-old calf swims on the other side, adding to the mystery of the orca moms.
A newborn calf (on the near side) is seen swimming with J-16, while a 3-month-old calf swims on the other side, adding to the mystery of the orca moms.
Photo by Jeanne Hyde, printed with permission.

The new calf is the fourth to be born since just before the new year. Three of the young ones are in J pod and one is in L pod, bringing the total population of the three pods to 81 — or 82 if you count Lolita in Miami Seaquarium.

Orca observers and researchers are rejoicing about the new calf, which was spotted yesterday by whale watchers near Galiano Island in British Columbia. Jeanne Hyde, a naturalist with Maya’s Legacy Whale Watching, had been observing what she thought was a 3-month-old orca designated J-50. The young whale was traveling with J-16, a female named Slick.

“I thought to myself, ‘There’s mom and the baby,’” Jeanne reported in her blog, Whale of a Purpose. “But then right in front of us and about 25 yards behind mom and the baby, another baby surfaces! That’s when I told Capt. Spencer (Domico), ‘I think there are two babies here!’”

The one alongside J-16 turned out to be a newborn, no more than a few days old, as indicated by fetal folds still evident on its skin. Now J-16 appears to have two calves about three months apart. Of course, that is not possible, given their normal gestation period of 15 to 18 months.

If you recall, there was considerable discussion about whether J-16 was the mother of J-50 after the calf was born in late December. Ken Balcomb of the Center for Whale Research surmised that J-16 was actually the grandmother who was babysitting the new calf. Ken suggested that the December baby might actually be the offspring of J-36, the 16-year-old daughter of J-16. See Water Ways, Jan. 22.

At age 43, J-16 would be the oldest whale known to give birth, since this age is normally associated with menopause.

After several weeks, it appeared that J-36 was never really involved with the baby. Dave Ellifrit, Ken’s close associate, wrote this in his notes following one encounter:

“While all the J16’s traveled together, J36 was consistently the farthest of the group from J50, so whatever doubts remained about J16 being the mother are about gone.”

That sealed the deal for many folks, but Ken was not convinced. While the evidence pointed to J-16 being the mom, there still was the matter of the “rake marks” on the back of the baby — most likely caused when an adult whale used its teeth to pull the newborn from the birth canal, Ken said. If the 16-year-old needed help in giving birth, her own mom was the likely one to do it.

Now, the observations of J-16 with two calves leads Ken to return to his earlier speculation, though he admits that the truth may not be known without genetic evidence. But if the new baby, designated J-52, remains with J-16, then J-52 (not J-50) would be her likely offspring.

Here’s a possible explanation: After J-36 gave birth in December, it became clear that she could not care for the baby, so J-16 took over. If J-16 was pregnant at the time, she could have been lactating and the baby could thrive on her milk. J-36 would fade into the background. If the new calf spotted yesterday came from J-16, then she could be nursing both babies, and we’ll have to see how that works out.

Ken recalls that in 1999, L-51, a female named Nootka, had a baby that died of starvation as an infant. Nootka died shortly before her calf, and a necropsy showed that the mom had a prolapsed uterus and was unable to nurse. Perhaps the calf could have survived if a nursemaid had been available.

I asked Ken if the two new calves might actually be twins, and he noted that some deceased females have been found with two fetuses inside them, but he has never seen what might be considered twins.

Ken told me of a story from his first year of identifying individual killer whales and starting his annual census of their population. It was 1976, and both Ken and Mike Bigg, a Canadian researcher, counted a total of 70 whales. (This followed the capture period when many orcas were taken to aquariums.)

“We had seen one female who was sometimes with one calf and sometimes with another,” Ken told me. “We assumed it was the same calf. It wasn’t until late in the winter of that first year or the following spring that we realized three were two calves — so there were really 71 whales.”

Is it possible that this week’s brief sighting of a newborn with J-16 was nothing more than her being attentive to the needs of another female whale or its baby?

“We know they are extremely care-giving,” Ken said, adding that orcas, like humans, tend to pay a lot of attention to the new ones. Over the next days and weeks, the pattern of care-giving could indicate who belongs to whom — or maybe the mystery of the moms will continue.