16 November, 1998
November 16, 1998
Monday mornin' blues! This is such an odd feeling for me since I never have them as a teacher. I love being a teacher! I guess I'm pretty spoiled; how many people can truly say they love their jobs every day?
However this is great too. I'm learning a lot, I'm experiencing some amazing things and savoring some awesomely spectacular scenery, I'm meeting and working with some really excellent and interesting people, and my work may be uncovering something new for science. Thinking about all this pulls me out of my blues and focuses me on what I need to do. The view outside the window, even on this gray overcast day where the soothing, open expanse of ice and clouds seems to go on forever, helps too.
CAPE EVANS, THE CAPE ROBERTS PROJECT
Yesterday we went fishing again at the fish hut at Cape Evans. Another TEA teacher (Betty Trummel) and her PI (Dr. Ken Verosub) came along with us. Ken and I drove out in the spryte. It was hot so we popped open the hatches in the roof. Ken often stood up in the cab and stuck his head out the top to take photos as we rumbled along. (I did the same on the way back as Sierra drove.) The others rode skidoos. Betty teaches 4th grade in Illinois and is an enthusiastic wonderful person. You should read her excellent journal and look at her digital photos too. Ken and Betty are working with the Cape Roberts project. This project is drilling a hole from a platform on the temporary sea ice into the rock at the bottom of the ocean to pull out rock samples called cores. They have already drilled several hundred meters. Experts will analyze the rocks to find out about the past history of the Earth. The deeper samples of rock represent sediments laid down further back in time than the more recent higher up samples. They have dug down about 25 million years so far. This project is amazing because it is an international and interdisciplinary project. New Zealand, USA, Italy, England, and other countries have all sent experts to contribute to the project. The scientists are specialists in all kinds of things: volcanoes, diatoms, foraminiferans, Earth's magnetism, sediments, and other seemingly obscure and insignificant topics. Yet it is their expertise that is teaching the world about its past climatological and geological history. From the kinds of fossilized microscopic diatoms and foraminferans found in these rocks (which formed from sediments in the bottom of the ocean) they can determine what the climate was like at any given time. From the shifts in magnetic fields that Dr. Verosub's team measures in the sediments they can determine the age of the rock at the depth of those fossils. The age of volcanic ash deposits can also be determined using radiometric dating techniques to provide corroborating evidence. Sediment types tell what the nearby land was like. All of these scientists collaborate and share their information in regular meetings. It is wonderful to see interdisciplinary science in action! (Today I visited the core room and the lab that measures the direction and miniscule amounts of mangetism in the samples. In the core room the most recent core samples were laid out on the table and about a dozen scientists were scattered all along them (about 10 meters of core)marking sections that they wanted to study in more depth. Later that day, small samples (about an inch long and 3/4 inch wide)were removed from the cores and delivered to their respective labs here at Crary.)
Cape Evans is the site of research and exploration from which Captain Scott launched an attempt to be the first team to reach the South Pole. He had scientists based there with him who studied the climate, geology, and biology of the area. They all lived in one wooden building which served as dorm, kitchen, lab, study, and rec room. Attached to the building were enclosed stables for the Siberian horses they used to pull around a lot of the gear. They also had many dogs for the same purpose. But on their trip to the Pole the people also pulled sleds full of gear and food. Scott and his 4 British crew made it to the pole but they had been beaten in the race by Amundsen and his Norwegian team who took a different route and got there 2 weeks earlier. On the way back, a storm trapped Scott and his team. Just 30 (or so) miles from a food supply they died.
The hut still looks much as it did when the rest of Scott's team left the Antarctic. Like Shackleton's hut which I described in my journal a couple weeks ago you could see food supplies, sleeping beags and beds, a lab, shelves full of medicines, an old newspaper (1908), books, and all the paraphernalia to live and do research in such a forbidding place. I have attached some photos to give you an idea of what it looked like.
On Sunday night I watched a 1913 black-and-white movie called 90 degrees South. It was filmed by one of Scott's crew that stayed behind at Cape Evans and it documents what life was like. Tonight I will watch another black-and-white film from 1918 (I think)documenting Shackleton's failed attempt to reach Antarctica and traverse the entire continent which is one-and-a-half times the size of USA. Shackleton's ship, the Endurance, froze into the ice before they even reached the continent. The pressures of the ice broke and sank the ship stranding him and his men and dogs for months. The book "Endurance" is great reading! I read it in 7th grade and remember it to this day.
IT'S A SMALL WORLD
Yesterday I had two "it's a small world" experiences. I saw the brother of one of my best friends from college (my roomate) whom I hadn't seen for nearly 20 years (at his brother's wedding in Norway). He is flying planes here. I also met the brother of a former fellow teacher from Flint Hill and St. Stephen's School (Bill Dunbar's brother Steve). He runs the Field Safety training program and is involved with search and rescue missions here. Gee, it's a small world!
The increase in DASPEI dosage has worked. I have now used it in 3 fishes (2 warm and 1 cold) and the chloride cells were very visible and photographable in all cases. I haven't counted and measured the cells from the photographs yet but I will let you know what I find out. One interesting thing that I've noticed is that so far the cold fish (the ones living at their normal temperature of -1.86 degrees Celsius) don't have as many parasites as what I saw in the gills of the warmer fish (living at 4 degrees C).
HAPPY POLAR SCIENCE WEEK TO THE FLINT HILL LOWER SCHOOL!!! PLEASE LET ME KNOW IF THERE IS ANYTHING I CAN DO HERE TO HELP YOUR WEEK BE A SUCCESS. THANK YOU VERY MUCH FOR THE INTEREST YOU HAVE SHOWN IN MY WORK AND FOR YOUR E-MAILS AND SUPPORT!!!!!
I hope you have a good day and do something good for someone.
Fred Atwood _________________________________________________________
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