Author: Parker Forman

Penguin Team Field Updates: OCT. 28th

Parker Forman

Camp Set up at Crozier also known as “Camp Huddle”

Gitte’s penguin team successfully arrived at Cape Crozier on October the 28th. Our field notes may be a little behind as they are being carried out by gracious visitors who are kind enough to carry our messages back to civilization. Early in the morning the penguin team took flight in a helicopter piloted by Heff a stoic man with many years of experience flying in Antarctica. The flight from Scott Base to Cape Crozier took about 30 minutes and we had incredible views of Mt. Erebus (12,448 ft, 3794 m). We started to gain elevation as we flew over a glacier and wrapped around a bend. Heff agilely redirected the helicopter as we dropped off the glacier and back onto the sea ice. That is when Parker and David saw their first Antarctic penguin: the mighty Adele. The land side of Cape Crozier happens to be the location of one of the largest Adele colonies. I would love to google the exact number maybe those of you reading this blog can fill that bit of information for me (my best guess is ~250,000). We also saw our first emperor penguins walking and tobogganing on the ice (more information will follow with regards to how amazing these penguins are in future updates). I digress, Heff quickly turned the helicopter and the location of our Camp was first seen. Camp Huddle is located in a “finger” (a small cove located between where fast ice and sea ice meet) of fast ice. This location is relatively protected compared to other areas but the surrounding deep blue ice indicates that this area does receive heavy winds but not on a nice day like today. The weather was perfect for setting up our camp with high visibility and relatively warm temperatures at -7 degrees Celsius.

We set up camp five polar haven tents for each of five members of the crew including Sam who is helping us establish a safe camp and walk way to the colony. We erected a medium “Polar Haven” which has a heater and is the area we will be spending most of our time when it is cold. We a great kitchen set up and a nice table that serves multiple uses such dining table and data entry portal. We also set up a bathroom tent which is a classic Scott Tent. Since we are camping on sea ice all of the structures we have at Camp Huddle required us to drill holes on the ice and anchor each corner via “V thread” method as Gitte is demonstrating in the adjacent image. The basic concept of V threading requires two drill holes that connect in the ice. A rope is then place through the opening of both drilled holes and is fastened to the corner and sides of each structure. If you thought setting up a tent was difficult on land, consider drilling 230 V thread and hand tying each knot. Luckily the weather was great and we did not have to set up camp in the wind. Cape Crozier is notoriously experiencing some of the most extreme weather on the planet. Camp Huddle is fasted to the ice at Cape Crozier and we are ready to start our penguin captures within the next few days. We had a wonderful first dinner and headed to bed exhausted and excited to finally arrive at our destination.

 

#Natgeoexplorer #NIWA

Huddled Up,

Penguin Field Crew

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Behind-The-Science Look At The Technology We Use to Study Emperor Penguins: 10/17/19

Parker Forman

Diving Deeper

Emperor penguins are the largest species of marine bird, and perhaps because of their size, they fast longer, dive deeper, and endure harsher conditions than any other avian species. As a top predator in the Antarctic ecosystem, they have a significant top-down effect on prey targeted during long, deep breath-hold dives. It is therefore essential to understand emperor penguin habitat use, diving capabilities, food habits, and behavioral flexibility in order to interpret their role in the food web and their ability to adapt to environmental change. However, studying marine vertebrates has its challenges, as we cannot visually observe their underwater behavior.

During late chick-rearing emperor penguins, a colonial breeding seabird, alternate 5-20+ day foraging trips with short visits to the colony to feed their chicks.  During these foraging trips they may travel over 100 kms from the colony and dive to depths exceeding 500 meters for over 30 minutes(Kooyman et al. 1992; Wienecke et al. 2007;  K. Sato et al. 2011; Goetz et al. 2018)! Incredible!!

Although researchers may not be able follow penguins on their extreme journeys, engineered data-logging tools (tags) allow us to track animals at fine-scale resolutions. This season we are deploying tags on 20 adult emperor penguins as they head to sea to forage. Four tag types of variable configurations will be used to study at-sea behavior. Some of the data these tags collect include dive depth, acceleration, GPS location, and video allowing us to determine where they go, when they are foraging, and what they are eating.  Additionally, the tags collect data telling us about the environment the penguins are using such as temperature and light level. With these data loggers we hope to document many firsts.  This will be the first study to document the foraging behavior of penguins from Cape Crozier, one of the southernmost colonies. Additionally, we are excited to visually document the foraging behavior of emperor penguins for the first time using a miniature video-logger developed by Little Leonardo Corporation in Tokyo. We will learn more about what they are eating and how they are catching their prey.

To further our understanding of the hidden lives of emperor penguins we must go where few have gone before.

Dive On,

Emperor Penguin Field Crew

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Flight to Scott Base Postponed: 10/16/19

Parker Forman

Flight to Scott Base Postponed: 10/16/19

Fingers crossed for a Friday departure to Scott Base

The Cape Crozier Penguin Team arrived safe and sound in Christchurch New Zealand where we are waiting for our flight to Scott Base, Antarctica. We were scheduled to fly today, however we have been delayed due to a cracked windshield on the plane. Currently our flight has been postponed until Friday Oct. 18th as we are waiting for a new windshield to arrive from the USA.

In the meantime, the penguin team has been busy planning our field logistics so that we may hit the ground running on Friday. Today we are setting up our data-logging tags that will measure the GPS location, acceleration and fine-scale foraging behaviors of chick-rearing emperor penguins. Stay tuned for more information about the tags we will be using this season.

Proactively in standby,

Emperor Penguin Field Crew

 

C-17 Aircraft
Penguin Crew Datalogger Huddle

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Arrived in Christchurch New Zealand: 10/14/19

Parker Forman

Arrived in Christchurch New Zealand: 10/14/19

Emperor Penguin Crew Lands In Christchurch New Zealand

The Penguin Team has landed in New Zealand after a 12 hour long flight from San Francisco to Aukland and a quick (1.5 hr) connecting flight to Christchurch. While in Christchurch we visited the International Antarctic Center where we were issued our clothing field gear for this season. A New Zealand rep "Lou" helped us out with our clothing selections that include warm marino wool base layers, 6 pairs of gloves, 4 hats, two pair of boots, fleece pants and down jackets, and incredibly warm survival gear. We are ready for our trip scheduled to leave at 9am on Wednesday October 19th.

Warm and ready for the Ice,

Emperor Penguin Field Crew

 

 

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Antarctica Preparations II: 09/15/2019

Parker Forman

Antarctica Preparations II: 09/15/2019

Building a cost effective time-depth recorder to track fine-scale penguin Foraging Behavior

We developed our own animal-worn datalogging tags that measure the fine-scale diving behavior of marine predators. Datalogging tags are an integral tool to studying marine predator diving behavior because they allows us to document animals where we are unable to follow them on their foraging trips.   These tags measure an animal's precise location, fine-scale movement and acceleration, temperature of the water, and the depth the animal dive (down to 1000 meters). These tags will be used to document emperor penguin diving behavior and track their movements while they forage at-sea. Emperor penguins are known to dive to great depths (564 meters) and for long durations (>27 minutes) in search of prey. Once the penguins return to the colony to feed their chick we will remove the tag and download the data from their journeys.

Datalogging tags can be purchased however they are very expensive and can be a barrier for many students and researchers. In collaboration with Dr. Birgitte McDonald, Katie Harrington, James Fahlbusch, and Parker Forman we developed a cost-effective and open source datalogging tag that is one third of the cost of current tags on the market. This open source datalogging technology will put high resolution, low cost, and customizable tags in the hands of more researchers.

Dive On,

Emperor Penguin Field Crew

 

 

Custom Built Datalogging Tag: "Tapered Flipper TDR".
Attaching the pressure sensor to the tag.

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Field Season Preparations: 08/30/19

Parker Forman

Field Season Preparations: 08/30/19

Shipping our field gear to Antarctica

Although our field season is still 6 weeks away, preparations are in full gear. This last month we have been busy ordering research supplies.  We somehow managed to fit all the gear into 4 boxes that are now waiting to be shipped to Antarctica. One thing that is a little different, is we have to separate gear into items that can and can not be frozen so when they get to Antarctica they are stored properly for our arrival.  Students in the Lab are happy that we are sending this gear out so that they may have a little more room.

Signed Sealed and Awaiting Delivery To Antarctica,

Emperor Penguin Field Crew

 

 

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Antarctica Preparations I: 08/10/2019

Parker Forman

Antarctica Preparations I: 08/10/2019

Penguin goods & safe handling procedures

Avian ecologist  have always used hoods as a method to cover the heads of the bird species they study. These hoods cover the eyes of the animal and reduce their stress while researchers take measurements such as weight, wing and bill length, and blood samples. Birds can be very sensitive to sudden movements, noises and changes in light and hoods are used to reduce these sensitivities by covering their eyes and ears. Once the hoods are placed over the bird’s head they quickly become more calm. Placing a hood on the bird creates a safe and comfortable environment for the subject while biological measurements are taken.

In preparation for our upcoming trip to Antarctica (October 2019) we have sewn our very own emperor penguin hoods. Each of these hoods has been hand made out of durable, soft, very thin and breathable dark fabric. These penguin hoods have a comfortable neck strap that allows us to adjust the fit of the hood per the penguin’s liking. There is an opening at the tip of the hoods that allows for the bill of the penguin to fit through and increases airflow for ease of breathing. The hoods are placed on the heads of the penguin similar to what it would look like if you placed a sock puppet on your hand (as displayed by Parker in the adjacent image). An eye cutout was placed on one of the hoods to display the approximate location of where the penguin eye would be located under the hood.

We are very excited to share our preparation processes as we get our gear ready for our trip to Antarctica. Stay tuned for upcoming posts on our penguin preparation: tag development, weight harness manufacturing, and more information on our upcoming trip.

Safety First,

Emperor Penguin Field Crew

 

Handcrafted penguin hoods.
Parker holding a penguin hood.

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Emperor Penguin Field Expedition 2019

Parker Forman

Emperor Penguin Field Expedition 2019

Hidden Lives of Emperor Penguins

Background
Despite being the first emperor penguin colony discovered in 1902 during Scott’s Discovery Expedition(1901–1904) little is known about that at-sea behavior of emperor penguins from Cape Crozier. The first science expedition to study them was in 1911, when a small group from Scott’s Terra Nova Expedition team made the perilous journey to the colony in the winter to collect eggs. Since this early study, most research at the Crozier colony has involved counting the birds to monitor the population. This fall we will head to Cape Crozier to study the foraging ecology of one of the southernmost emperor penguin colonies. We hope that you will follow along on our adventure as we prepare for the field work, travel to Antarctica to study the birds, and analyze the data. We look forward to sharing with you new discoveries about the ecology of the emperors of the ice.

This is an internationally collaborative project with logistic support provided by Antarctica New Zealand and primary funding provided to NIWA as part of the project “Ross Sea Research and Monitoring Programme: is the world’s largest MPA effective” (New Zealand Ministry of Business, Innovation and Employment: 2017-2022). Additional funding has been awarded to Birgitte McDonald by the National Geographic Society (Grant # NGS-50069R-18) and SeaWorld Conservation Fund.

Project Objectives
As abundant year-round predators, emperor penguins have a significant top down effect on prey in the Antarctic Ecosystem. It is vital to obtain information on their foraging ecology to understand their role in the ecosystem and how this may change with environmental change. Our collaborative project will investigate the foraging ecology and habitat use of Ross Sea emperor penguins during late chick rearing, an energetically challenging phase of the life cycle when parents must meet the energetic demands of their rapidly growing chicks. Specifically, we will use a combination of video cameras, fine-scale movement data loggers, and stable isotope analysis to: 1) Determine the activity budget of emperor penguins and estimate energy expenditure during a foraging trip, 2) Identify key prey of emperor penguins and identify stereotypical behaviors associated with foraging on different prey types. 3)Combine the energy estimations with the diet and foraging success data, to assess if emperor penguins are foraging optimally, and 4) Integrate penguin behavioral data with environmental data to identify which environmental features are indicative of habitat preference and associated with energy gain. This study fills important knowledge gaps on energy balance, diet, foraging strategy, and habitat use of emperor penguins.

 

 

NMFS permit # 19108

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