News Archives - Professor Tim Patterson, Ph.D /timpatterson/category/news/ ĐÓ°ÉÔ­´´ University Tue, 19 Dec 2023 16:52:43 +0000 en-US hourly 1 https://wordpress.org/?v=6.3.1 Layers of meaning: Francine McCarthy on the Anthropocene /timpatterson/2023/layers-of-meaning-francine-mccarthy-on-the-anthropocene/?utm_source=rss&utm_medium=rss&utm_campaign=layers-of-meaning-francine-mccarthy-on-the-anthropocene Tue, 19 Dec 2023 16:52:43 +0000 /timpatterson/?p=3384 “The geology professor is a key mover and shaker in what is possibly the biggest geological announcement of our generation, with Ontario’s tiny Crawford Lake being chosen as the global ground zero Earth’s most recent geological time period.”

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The Anthropocene is here — and tiny Crawford Lake has been chosen as the global ground zero /timpatterson/2023/the-anthropocene-is-here-and-tiny-crawford-lake-has-been-chosen-as-the-global-ground-zero/?utm_source=rss&utm_medium=rss&utm_campaign=the-anthropocene-is-here-and-tiny-crawford-lake-has-been-chosen-as-the-global-ground-zero Wed, 27 Sep 2023 18:23:40 +0000 /timpatterson/?p=3366 “Hidden beneath the surface of this Ontario lake is an archive of the earth’s history sealed in mud.”

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LIBRARY/VIRTUAL NATURAL HISTORY MUSEUMS; From Unusual Homework Assignments to a Virtual Museum /timpatterson/2020/library-virtual-natural-history-museums-from-unusual-homework-assignments-to-a-virtual-museum/?utm_source=rss&utm_medium=rss&utm_campaign=library-virtual-natural-history-museums-from-unusual-homework-assignments-to-a-virtual-museum Mon, 04 May 2020 13:40:54 +0000 /timpatterson/?p=2481

LIBRARY/VIRTUAL NATURAL HISTORY MUSEUMS; From Unusual Homework Assignments to a Virtual Museum

By Beth Schachter

THE HOOPER VIRTUAL NATURAL HISTORY MUSEUM

www.wf.carleton.ca/Museum/lobby.html

THREE years ago, Tim Patterson, an associate professor of earth science at ĐÓ°ÉÔ­´´ University in Ottawa, started giving his undergraduate students a choice: they could turn in traditional term papers on topics in paleontology, or they could create relevant Web pages. Each year, about half the class has opted for the latter. These classroom assignments are now on the Web as the Hooper Virtual Natural History Museum, produced largely by third-year undergraduates majoring in geoscience.

The museum was named to honor Dr. Ken Hooper, the first paleontologist in the earth sciences department. Its virtual wings range from The Mammalarium to Microfossils and Theoretical Paleontology. Students have selected the topics for their presentations, resulting in a pleasantly broad range of subjects in each of the wings.

For example, in the Flight wing, you will find The Flying Dragons, the pterosaurs. You can choose to see an animation of the beast in flight or go on to a page offering a range of information about pterosaurs — plus a fanciful depiction of a pterosaur attempting to rescue Fay Wray and battling King Kong. Click on the navigation icon at the bottom of the page, and you move from fantasy back to reality.

What follows is a well-crafted presentation about the pterosaur, including information that is easy for nonscientists, including children, to grasp. The author poses several questions: Did these extinct flying lizards walk on two legs or on all four? Were they warmblooded or not? He provides answers and identifies the controversies that remain. Excellent illustrations, complete with citations, are included.

Other noteworthy presentations include Gastropoda: Snails Throughout the Ages, in the Invertebrates wing; Burgess Shale: Hidden Treasure in the Canadian Rockies, in the Fantastic Fossil Finds wing; and Evolution and Creationism: An Objective Evaluation, in the Evolution and Extinction wing. Dr. Patterson said the presentation quality improved each year. So while each exhibit remains within a museum wing for a year, some are moved to the Archives after that.

With traditional homework assignments, only two people — the student author and the teacher — read most term papers. Dr. Patterson said that because his students had a way to share their work with a broader audience via the Web site, many of them took greater care with their projects. Moreover, public display of the work helps students learn from one another.

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Canada seeks traditional aboriginal knowledge on climate change /timpatterson/2020/canada-seeks-traditional-aboriginal-knowledge-on-climate-change/?utm_source=rss&utm_medium=rss&utm_campaign=canada-seeks-traditional-aboriginal-knowledge-on-climate-change Mon, 04 May 2020 13:40:38 +0000 /timpatterson/?p=2489

Canada seeks traditional aboriginal knowledge on climate change

The indigenous peoples of northern Canada and other Arctic regions around the world have long argued they are the first to experience and suffer from the effects of global warming.

They also possess a wealth of traditional ecological knowledge — through oral histories, hunting and fishing patterns, and other observations that come from calling a place home for millennia — that can document the effects of the changing climate and, perhaps, offer solutions on how to better protect it.

Canada looks like it might be starting to pay more attention.

Traditional knowledge in the Northwest Territories

Natural Resources Canada is awarding contracts to study traditional and cultural knowledge on climate and environmental change in the Northwest Territories to the North Slave MĂŠtis Alliance and the government of the Tlicho First Nation.

“This contractor may use a variety of data-collection methods, including interviews with community members that have direct experience with land-use, environmental and climate change in their cultural lands,” says the advance contract award notice posted to a government tenders website.

Traditional knowledge meets western science

Jennifer Galloway, a federal research scientist in the Calgary office of the Geological Survey of Canada, said the reports from the indigenous communities are part of a three-year project on geoscience tools that can be used to support environmental risk assessments of metal mining in the Canadian Arctic.

“It’s a way to calibrate our western scientific reconstructions of past climate against the oral histories that are provided by these First Nations groups in the Northwest Territories,” Galloway said in an interview.

“Some of the information that we might produce with western scientific knowledge, like the position of a tree line or where it was warmer or longer ice free seasons, this is the same type of information that can be provided with traditional knowledge,” said Galloway, who is working on the project funded by Polar Knowledge Canada, with Tim Patterson, a geology professor at ĐÓ°ÉÔ­´´ University.

“If we are both reporting the same thing at the same time, that increases our confidence that these are accurate reconstructions,” she said.

Even the United States is doing it

Traditional indigenous knowledge got a high-profile boost when Prime Minister Justin Trudeau visited U.S. President Barack Obama in Washington, D.C., this week, although it may have escaped attention in all the focus on the glitz and glamour of the White House state dinner.

“Canada and the U.S. are committed to collaborating with indigenous and Arctic governments, leaders and communities to more broadly and respectfully include indigenous science and traditional knowledge into decision making, including in environmental assessments, resource management, and advancing our understanding of climate change and how best to manage its effects,” said the U.S.-Canada joint statement on climate, energy and Arctic leadership issued Thursday.

Vancouver Declaration

°ŐłóąđĚý that came out of the March 3 first ministers meeting, where much of the focus had been on disagreements over a national carbon-pricing plan, also said Trudeau and the premiers recognized “the importance of traditional ecological knowledge in regard to understanding climate impacts and adaptation measures.”

National Chief Perry Bellegarde of the Assembly of First Nations said he included it in his address to Trudeau and the premiers at their meeting with indigenous leaders in Vancouver the day before.

The language of knowledge

Tero Mustonen, the executive director of Snowchange, a non-profit organization based in Finland that incorporates traditional knowledge into its work on climate change in the Arctic, said place names are another example of how traditional knowledge can be used to document the changing climate.

“You might have a place name in a local language that talks about a place of pine forests and today it’s filled with birch or some other type of tree,” Mustonen said in an interview.

First-hand knowledge

Northwest Territories Premier Bob McLeod said his government has had a policy on traditional knowledge for about 25 years and so has much to teach the rest of the country and the world.

“I look at all the changes that are being caused by climate change up here and some of them probably can only be explained by understanding traditional knowledge,” said McLeod, explaining, for example, that knowing a species of fish that used to be caught in a particular river supports the notion that the temperature of the water is rising.

Course for the future

Ontario Regional Chief Isadore Day said traditional knowledge can play a role in setting a course for the future, too.

Elders know, for example, that some roads were built along First Nations trap lines that followed the migration of animals and it is from these patterns they are able to tell the health of the local moose population.

“Oftentimes western science won’t be able to explain something, but it is the way it has always been in certain parts of the land . . . The elders will always say those things have to be maintained, that’s just our responsibility to uphold that,” said Day.

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Out in the field /timpatterson/2020/out-in-the-field/?utm_source=rss&utm_medium=rss&utm_campaign=out-in-the-field Mon, 04 May 2020 13:40:15 +0000 /timpatterson/?p=2486

Out in the field

Faced with cutbacks and other significant challenges, university field schools are forging ahead by using their difficulties as their strengths.

BY TIM JOHNSON | APR 10 2013

When Kendall Hills went to Trent University’s archeology field school in Belize for the very first time, she had no idea how tough it would be, out in the wilds of the Central American jungle. How hot and sweaty and dirty and rainy it would get. How difficult it would be to live in very close quarters with her fellow students and professors alike for five straight weeks. Ms. Hills also had no idea that it would change her life – that she would return to that very same dig five times as a staff member, and that the things she experienced there would alter her entire academic and future professional career.

“Digging my trowel into the earth for the first time was definitely exciting, and the first time I got to actually hold something that was more than a thousand years old – that was breathtaking for me,” says Ms. Hills, a senior staff member on Trent’s social archeology research program. It was there, in the middle of the rainforest, that the knowledge which she had accumulated during her years of classroom education all started to make sense. “You can read about stuff but until you get out there in the field, you don’t realize everything that’s involved. Getting your hands dirty – that’s what real archeology is all about.”

Although increasingly under pressure in a time of cutbacks, on-the-ground field schools persist in a number of disciplines. While not glamorous – the challenges are many – students and professors in geology, anthropology, archeology, biology and paleontology remain convinced that field schools, in addition to being completely engrossing, are an indispensable experience to properly learn these sciences.  And often it’s those very challenges that provide the most important lessons of all.

Gyles Iannone certainly feels that way. The director of Trent University’s undergraduate anthropology and archeology field school in Belize, Dr. Iannone has been supervising such camps for some 25 years. He attended his first field school in 1988, in the forests of British Columbia as a student at Simon Fraser University. He shares his former student’s enthusiasm for field work and her belief that true archaeology requires action.

“From the very first day of my first field camp, I realized that actually doing the work is ten times as exhilarating as reading about it. It’s all about being out there in a group of like minds and together experiencing that sense of adventure, of never knowing from one moment to the next what you’re going to find,” says Dr. Iannone. “You learn after a while that you’re working on a puzzle with 2,000 pieces, and it takes awhile to get the big picture.”

Geologist Tim Patterson, who has led a number of ’s field schools in Ireland, the Caribbean and other locations, agrees. While he believes that earth sciences students can learn a lot from sophisticated computer models and other new technology, he maintains that there’s truly no acceptable substitute for the real thing. On one trip, Dr. Patterson and his team of students joined forces with the Discovery Channel, sailing between islands in the Caribbean on tall ships, looking at a piece of the continental plate in Barbados, scuba diving in the Grenadines to see how various parts of reefs relate to one another, and flying in helicopters to observe the erupting volcano on Montserrat.

While it may sound like a cool tropical adventure, a trip like this provides invaluable academic experience, especially for those headed into environmental, mineral or petroleum-related jobs, says Dr. Patterson. Students visit a location they wouldn’t normally see and, more importantly, they get to witness a number of geological processes in action, which is very helpful for those going on to exploration careers in hard rock geology.

“We have an old saying: ‘The present is the key to the past.’ These processes will turn to stone, and if you can understand how that works, you can interpret the geology,” says Dr. Patterson. In his estimation, one day in the field is roughly equivalent to a week in the classroom.

That trip, to be sure, was a little more glamorous than most – they don’t normally include tall ships, film crews and choppers, and they often involve difficult conditions. Spending time in very remote locations, sleeping in tents and making do is living a true field experience. For Dave Melanson, a ĐÓ°ÉÔ­´´ geology student who participated in three field schools as an undergrad, camping out was nothing new and he adapted well to the setting. But that wasn’t the case for everyone on these trips. “Sometimes people sign up for these camps and they’ve never gone camping before, and they don’t know what they’re getting into,” he observes.

Mr. Melanson says that getting used to living in the wilderness for days and weeks at a time – typical circumstances for a working geologist – was perhaps the most important part of the experience. It has already served him well, preparing him for his summer jobs working for the Canadian government and private mineral exploration companies in the Arctic, where he was dropped by helicopter, alone, and proceeded to map and sample huge areas of land. “Going in and simply knowing that I could live in a camp setting in the middle of nowhere, and enjoy it, that was the most important thing for me,” he says.

His capstone trip, during the fourth and final year of his undergraduate studies, was a two-week field camp in Chile. Highlights included hands-on exercises in two different iron mines and visits to earthquake fault lines. Claire Samson, the professor who supervised that trip and has led field camps in other international locations, says that one of the biggest challenges for some students is simply being so far from home. “Some of these students have never travelled outside Canada, so a big part of this is about expanding horizons,” she says.

Rather than trying to quell the homesickness by providing the comforts of home, Dr. Samson goes in the opposite direction, integrating as much of the local culture as possible, inviting students and academics from the destination country to join in and travel with her groups. Returning alumni tell her that this was, in fact, one of the most important parts of the experience. “The ability not to be disoriented when you’re not in your usual place, to be flexible and to challenge yourself to work with people who are very different from you, that’s a big element that these trips bring,” says Dr. Samson, who herself worked internationally with industry before joining ĐÓ°ÉÔ­´´. “And in the earth sciences, our field is very international. Many of our students will work for a while overseas. This is the trend, not the exception.”

ĐÓ°ÉÔ­´´â€™s earth sciences department enjoys a unique and fortunate position, having been endowed by the family of a former director of the Geological Survey of Canada, W.H. Collins, with a fund that provides $1,200 to each student participating in a geology field school. But the reality is that field schools are expensive, and more of the financial burden has been shifted from the institution to the students themselves. , for example, receives no such endowment.

“Field camps are the easiest thing to do away with. They require a lot of resources and they’re not as visible on the campus – they don’t have a presence like a lab facility. They’re not as prominent in administrators’ minds,” says McMaster earth sciences professor Eduard Reinhardt. He says that several students have expressed their regrets that they couldn’t take his course because of the cost of the field school. “I don’t want to be overly dramatic, but under the current budgetary restraints, we have to fight to keep these going.”

Departments that run field schools try to help students by providing less-expensive alternatives. For example, if one professor is running a school in Asia or Africa, another will take students to a location that provides somewhat similar attributes in Canada or the United States. Luxury is never promised and rarely delivered: on-the-ground transportation is often in basic school buses, accommodations are generally less than salubrious and even cramped. This presents a whole different issue, student safety, and how to ensure it.

Robert Longair, a biology professor at the , ran a field school in Ghana for five consecutive years, the last one in 2011. He notes that the biological diversity of that part of West Africa provided students with unmatched opportunities, from observing the multiplicity of butterflies on a tropical flood plain to monitoring exotic animals on the savannah to examining the size distribution of antlions, a predatory insect. Students sampled organisms and their habitats as they went along, bringing the material back to Calgary for further analysis.

But Dr. Longair notes that the university (and its insurance company) placed more and more strictures on his trip, from common-sense rules that required students to wear life jackets in canoes at all times to more frustrating decisions, like forcing him to switch a research site at the last minute because the original was too close to the border with a less-peaceful neighbour (Dr. Longair says the action was in fact very far from that particular border). The pressure and paperwork eventually led Dr. Longair to shut down his Ghana field school, and he is now facing similar issues as he plans a new one in the British Virgin Islands. “Even ten years ago, this wasn’t such a significant issue,” he says. “The number of things that we have to do, that are the result of the bureaucracy involved, are making these programs much more difficult than they used to be.”

While such complex pressures may be the biggest external threat to field schools’ continued existence, academics and students agree that the main source of contention and difficulty on the ground is much more universal: people living in close quarters for such a long time often have a hard time getting along.

“If you put a group of people in the same cabins for a couple of weeks, there’s always potential for sparks to fly,” says Mr. Melanson, the ĐÓ°ÉÔ­´´ student. His professor Dr. Samson agrees. For a professor leading a trip, she says the challenge is dual: on the one hand, not being able to escape their students, and on the other, mediating conflicts among young adults. “It’s not like these are chaperoned teens – I can’t just send them to their rooms at eight,” she laughs.

Mirjana Roksandic, a paleoanthropologist at the University of Winnipeg, thinks she may have found the perfect solution: make interpersonal relations count toward a student’s grade. Dr. Roksandic leads a , where students are able to study the Pleistocene era, learning first-hand about evolution and the dawn of mankind. “They know that their ability to work with others is part of their mark, and that tends to get rid of most of the complaints as they arise. They solve it themselves, on site.”

But ultimately, notes Trent’s Dr. Iannone, interpersonal relations, while the greatest of challenges, is also a field camp’s most redoubtable strength.

“The social side is very important. It’s the difference between playing singles tennis and playing on a football team,” he says. “You realize that to be successful you have to do it as a team, and to respect the fact that everyone on that team has different skills, a different background, a different view of the world.”

Dr. Iannone adds that the interpersonal connections made on these trips, between student and faculty and student to student, often serve a student well for years to come, providing graduate study opportunities and strong friendship bonds that become professional ties later on.

In the case of Kendall Hills, her first field school was a big part of why she has continued on in social archeology. After visiting Belize, she shifted her focus from Classic sites in the Mediterranean to Mayan archeology, completed her master’s under Dr. Iannone and is now seeking PhD opportunities. She remains close with many of the friends she made on the very first trip, some of whom have also continued in the field. The challenges, she concludes, are what allow you to prove yourself.

“You demonstrate how hard you can work, how you can deal with difficult situations, how you can bear up under rough circumstances, extreme heat and torrential downpours and long days. You prove your mettle out there.”

Tim Johnson is a Toronto-based reporter and travel writer who is away from home at least 250 days a year.

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