THE SUMMER FIELD COURSE: Field Methods
in Vertebrate Paleontology
Instructors: Dr. Art Chadwick (geology,
sedimentology, taaphonomy), Dr Lee Spencer (vertebrate paleontology), Dr. Larry
Turner (astrophysics, astrogeology).
Textbook: The Complete Dinosaur,
ed. James O. Farlow and M. Brett-Surman. Indiana U. Press, Bloomington. 1997.
The
summer class is planned to acquaint you first hand with the field methods and
principles of vertebrate paleontology.
The class is also designed to enable students to pursue interests in the
discovery of things new to science in paleontology. The class is 4 hours of
science lab credit, and is open to non-science majors. Through lectures in the
classroom and in the field, the student will become acquainted with the following
areas:
1. the general nature and science of
taphonomy;
2. the approaches and processes
employed in the excavation of vertebrate remains;
3. the techniques for identifying
the fossils; and
4. the procedures for preserving the
remains after excavation.
Evening
lectures will cover the basics of geology, the fundamentals of vertebrate
anatomy and philosophical and scientific issues concerning origins. Lectures by
Drs. Spencer, Chadwick and Turner will present a variety of perspectives
on issues ranging from the origin of the universe to the geology of the Lance
Formation. We will be giving consideration to the nature of scientific data and
the significance of the research being carried out on the site. The faculty will
also present talks on other related research projects they are involved in.
Before you have finished, you will be able to identify basic rock and bone
types and to find your way around the geologic column. You will have a new
appreciation for the issues surrounding the history of the earth revealed
through the eyes of geology. A final exam will provide additional incentive for
study and an opportunity for you to express your educational outcomes.
WHERE WILL
WE GO?
This
year again we are traveling to the hills of eastern Wyoming for the majority of
our class time, where we will work in a dinosaur quarry that has been operated
for the past several years. The unique
location of this site affords us ready access to other localities of intense
geological interest such as the Black Hills and Mount Rushmore and the upturned
strata of the Black Hills. This is also the home of the famous Black Hills gold
and Wild Bill Hickock. The dinosaur remains in the quarry include species of
hadrosaurs (duck-billed dinosaurs), raptors, Triceratops, Pachycephalosaurus
(boneheads), and Tyrannosaurus rex. This past year we found the remains of T.rex
in three different localities, two of which will be subjects of study this
coming summer. We have found teeth of several additional species of theropods,
as well as alligatoroids, sharks and other fish and turtle remains. We have
presented the results of our summer’s research the past two years at the
Geological Society of America annual meetings.
How
did these remains of giant reptiles come to lie in these strata? What processes
were responsible for their demise? What other amazing finds are just a bucket
of dirt away from discovery? The dinosaur fauna is not only as rich as that
found anywhere in North America, but the abundance of remains is
unexcelled. The unraveling of mysteries
long buried beneath the eastern Wyoming hills and their relationship to the
history of our planet will be the subject matter of lectures and of informal
evening discussions. You will enjoy the
experience of camping under the magnificent Eastern Wyoming skies, and living
together with students from a variety of locales. It will be a rich experience.
Your life will be changed by this trip.
WHO
MAY PARTICIPATE?
Any student who is registered for college
credit or is a teacher pursuing professional development credit may take this
course. Although it is intended for
science majors, it is being offered at a level that will be within the grasp of
students of any college major. The collegiate class will fulfill 4 hours of
laboratory science towards the General Studies science requirement. We especially recommend this class for
education majors, as a rich resource from which to draw for the classroom. A parallel course is being taught for
graduate credit towards the masters in education.
What
to expect? We will be leaving
immediately for the field. We will
travel to Wyoming along a track of interest, and will arrive there within a day
or two. We will then set up our camp
and begin preparation work on the quarry.
A field notebook and diary will be kept by all participants. In this book notations will be made in a
systematic fashion of all work done in the quarry and of field work at other
localities as well. This will serve as
a source book for future reference, will provide the scientific basis for your
work, and will comprise a significant part of your grade for the course. In addition there will be two written exams
covering the content of the course, as well as the field experience. Because of
the complex nature of the human creatures involved in this experience you will
also have an opportunity to observe and participate in group and individual
social behavior. The close association
with peers will at times test you patience and tolerance, and you will emerge a
better person for the experience.
WHAT WILL IT COST?
The
trip will cost $550.00 per person in addition to tuition cost of $392 (1/4 the
normal rate). This cost includes costs for lodging and transportation and
meals. Additional expenses you will
have to plan for are food for travel days and any spending money you may wish
to have. You should plan on about
$30.00 for books for the course.
Instruction will consist of hands-on experience in the field, as well as
evening lectures, and formal and informal instruction in the field. You will be
responsible for completing reports, preparing specimens and maintaining a
logbook.
Field
work will be conducted from June 3 through July 12. Geol 210 will start on June
3 and run through June 29. Individuals
wishing to stay for two extra weeks will be accommodated at the expense of the
project. For those who intend to go
this summer, a deposit of $100.00 will be required by May to secure your place.
Participation will be limited by the space available on a first come basis See Dr. Chadwick for other details.
WHAT YOU WILL NEED:
Every
student will be required to wear eye protection. This can be prescription eyewear or safety goggles. Any person working in the quarry without eye
protection will be assigned elsewhere (read K.P.). We will
provide field tools for your work in the quarry.
MONEY: MEDICINE:
1. Cash (washing clothes and personal items) 1.
General- Tylenol/Advil
2. Credit card 2. Band-aids/Neosporin
3. Phone card 3. Specific- Personal (ie. prescription meds)
4. Identification/Driver's License
BOOKS: OTHER:
1. Recreational/devotional
Reading 1. Liberal Measure Of Good Attitude
2. Lab notebook (see below) 2. A Great Sense Of Humor And Adventure
3. High Degree Of Personal Responsibility
CLOTHING: (Enough to last at
least a week) Work attire: blue
jeans and t-shirt with jacket for starting out. Your experience may differ, and weather may require more or less.
1. Hiking Boots
2. Tennis Shoes
3. Socks
4. Underwear
5. Blue jeans or cotton pants
6. Shorts
7. T-shirts
8. Some long-sleeved shirts
9. WARM jacket, waterproof, or bring a poncho
10. Hat/Baseball Cap
11. Casual dress clothes
ACCESSORIES:
1. Ground cover
2. Tent capable of withstanding strong wind and rain
3. Small backpack for day trips
3. WARM sleeping bag
4. Pillow
5. Good sleeping pad
6. Binoculars (optional)
7. SWAU orange field notebook ($5 at the university bookstore)
8. Mechanical pencil.
9. Flashlight with spare batteries
10. Toiletries
11. Towel (thin towels dry faster)
12. Water Bottle
13. Sun Block (>30 SPF)
14. Magnifying hand lens
15. Zip-lock freezer bags (optional)
16. Some garbage bags
17. Travel alarm clock/watch
18. Sunglasses (optional)
20. Insect Repellent
21. Camera (optional)
22. Gloves for protecting delicate hands from quarry
tools.
We
will be spending approximately 24 hours in transit on the trip, each way. You might want to plan some creative
worthwhile activity for those hours.
Suggestions: knitting, studying,
reading, meditating, sleeping, developing new theories for gravitation,
planning for the summer etc.
CLASS
SCHEDULE
In
addition to scheduled activities will be occasional evening lectures and
classroom exercises in preparing and labeling specimens, etc. Weekend schedules
will be as announced.
6/2 Sunday
6:00
Bring gear to Scales Hall for packing, and help load trailer
6/3 Monday
5:00 A. M. Leave for Wyoming
6/4 Tuesday
Arrive
at Hanson Ranch
Set
up camp
Tour
of facilities and quarry site Staff
6/5 Wednesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab: Introduction to quarrying techniques (sack lunches)
5:00
Return to camp
6:00
Dinner
7:30
Lecture: Field Techniques and Preparation Staff
6/6 Thursday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab: Advanced quarry techniques (sack lunches)
5:00
Return to camp
6:00
Dinner
7:30
Introduction to geology and rocks Dr.
Chadwick
6/7 Friday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
2:00
Return to camp. Travel to Newcastle for laundry and groceries.
5:00
Dinner in town
6/8 Saturday
6/9 Sunday
6/10 Monday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30 Vertebrate Anatomy Dr. Spencer
6/11 Tuesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00 Return to camp
6:00
Dinner
7:00 Vertebrate Paleontology Dr.
Spencer
6/12 Wednesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30 The Dinosaurs, part 1 Dr. Spencer
6/13 Thursday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30
Introduction to vertebrate paleontology
8:30 The Dinosaurs, part 2 Dr. Spencer
6/14 Friday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
2:00
Return to camp. Travel to Newcastle for laundry and groceries.
5:00
Dinner in town
6/15 Saturday
9:00 P.M. Our Cosmology Dr. Turner
6/16 Sunday
9:00 P.M. Comets and Dinosaurs Dr.
Turner
9:00 P.M.
6/17 Monday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00 Dinner
7:30
Use of GPS and GIS in dinosaur research Dr. Turner
6/18 Tuesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30 The Nature of Science Dr.
Chadwick
6/19 Wednesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30
The Geologic Column Dr.
Chadwick
6/20 Thursday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00 Dinner
7:30 The Geologic Column Dr.
Spencer
6/21 Friday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
2:00
Return to camp. Travel to Newcastle for laundry and groceries.
5:00
Dinner in town
6/22 Saturday
9:00 Origin of Man Dr.
Spencer
6/23 Sunday
9:00 Dinosaur Reproduction Dr.
Spencer
6/24 Monday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00 Dinner
7:30
How the Model Works Dr. Chadwick
6/25 Tuesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (quarry experience, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30
Evolution and Complexity Dr. Chadwick
6/26 Wednesday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Lab (Close the Quarry, sack lunches)
5:00
Return to camp
6:00
Dinner
7:30 Final Exam
6/27 Thursday
6:00
Breakfast
7:00
Preparation for day’s activities
7:30
Leave for Home
6/28 Friday
Sometime:
Arrive home in Keene