New York State Museum
A Teacher’s Guide
Michelle C. Stefanik, M.A.
Adirondack Hall is divided into three main areas: The prehistoric wilderness, the wilderness ca. 1800-1900, and the contemporary wilderness ca. 1900- present. Each area stresses the relationship between people and the Adirondack mountains; from the early American hunter, to the 19th century miner and logger, to the early 20th century traveler.
Through animal and human life groups, artifacts, photographs, music, video, and our mineral gallery visitors will view the abundant resources of New York’s Adirondack mountains, and see the effects humans and these resources have had upon each other.
Words marked with an * have definitions found in the glossary near the end of this guide.
As you enter the Museum at the west entrance point out the Adirondacks on the relief map of New York State. Then turn directly around and enter Adirondack hall. Your first view will be a photomural of Porter Mountain:
Ask students to compare what the Adirondacks looked like to them on the large relief map with this photograph. What expectations did the relief map give them? Does this photo fulfill these expectations? Why or why not? (ELA- 3.2, MST- 6.2 Models)
What can this photo of one Adirondack peak tell someone about the Adirondacks? What might be missing? (ELA- 3.2, Arts- 3 Visual Arts, MST- 1 Scientific Inquiry 1.1)
Now that they have seen these two different views of the Adirondacks ask students about their expectations for the hall.
It’s always good to have a brief discussion about the expectations of your students for a hall or exhibit. (ELA- 4.1)
As you face the photomural turn right and enter the Lost Species* section:
All of the animals shown here are examples of local extinction*. What do all of the extinctions in this section have in common? (MST- The Living Environment 4.7)
Touch the tracks (although exhibits are not to be touched these footprints may be). Compare your hand to the footprints of these different animals. (MST- The Living Environment 4.1)
As you leave the elk pond and move into the log jam:
Look at the ends of the logs. What are the marks for? (ELA- 3.2, MST- 5.1)
Notice the design of the boat. How would this be useful? (ELA- 3.2, MST- 5.2, MST- 1 Engineering Design)
What type of weather are these men dressed for? Are they wearing any special equipment? (ELA- 3.2, MST- 5.2)
Moving logs downstream and clearing jams was considered the most dangerous part of logging, why? (ELA- 3.2, Family and Consumer Sciences 2.1)
Continue past the log jam to view the mural photo and log sled:
Study this artifact and background photo. What do these two things tell about the loggers’ dependence upon seasonal change? (MST- The Living Environment 4.5, MST- 6.1)
Do you think logging had positive or negative effects on the Adirondacks? Why? (MST- The Living Environment 4.7, Health- 2.1, SS- 3 Geography)
As you leave logging continue on to view the white tailed deer. From the deer proceed up the ramp. Continue straight ahead to view the moose:
Compare the deer and moose. Although they are from the same mammal* family and can both be found in the Adirondacks they have differences as well. What are the similarities and differences? (MST- The Living Environment 4.1)
Turn back from the moose into the mineral gallery:
Think about minerals* and ores* as you walk through the gallery. Notice not only the great variety of minerals found in the state, but also what you do not see here. Can every mineral that exists be found in New York? Why or why not? (MST- Scientific Inquiry 1.1, 1.3)
Notice the collections on exhibit in the gallery. Is every mineral that can be found in New York represented here? Why or why not? Some of the collections came from particular areas of the state. What can this tell you about the geology* of New York? (MST- Physical Setting 4.2, SS- 3 Geography)
Exit the mineral gallery by the moose and continue on to the mining cart and photos:
Contrast the wooden 19th century mining cart and tools to the more modern truck shown on the photo. This is just one example of how mining changed over 100 years. What elements allowed for this change and what other possible changes can you list? (MST- Technology 5.5, 5.6)
Turn around and go straight across to the fishing camp:
Observe the camp of the men fishing. What did they bring? Where do they sleep? How did they get here? Is this how you would camp today?
One of these men is a paid Adirondack guide. The other is his wealthy client. Which is which? How can you tell?
There are still Adirondack guides today. How might this job have changed over 100 years? What elements of the job are unchanged, and why? (SS- 1.4 Historical Analysis, MST- 5.5 History and Evolution of Technology, SS-3.1 Geography)
Look directly behind at the wagon. Continue on to your left through the exhibit observing next the luggage and couple with the car:
Consider the technology represented by first the horse drawn wagon used for secondary transport after train travel and next the automobile used for an Adirondack “sojourn*”. How might these changes in traveling technology in turn change the Adirondacks? (MST 6.5 Patterns of Change, MST 5.5 History and Evolution of Technology, MST 5.6 Impacts of Technology)
Moving to your right as you leave the car enter the alcove of Adirondack art:
Observe the variety of artistic techniques displayed here. Can you list all of them? (Arts 2 Visual Arts)
Compare the paintings by William Crosby and Charles A Sommer. The styles are very different yet the paintings have similarities. What are they? How are both artists conveying the same concept in different ways? (Arts 3 Visual Arts)
This is not the only art in Adirondack hall. What other forms of art have you viewed as you have walked through the hall? What different purposes do these art forms serve? (Arts 2 Visual Arts, Arts 3 Visual Arts)
As you exit the Adirondack art alcove turn sharply to your right to view Success Stories:
Loon, falcon, bald eagle, fisher*, American marten*. Think about the lost species you saw in the beginning of your hike. The species shown here we call success stories. Why? (MST 4 The Living Environment 7)
Students visiting the exhibit may:
· Suggested Activities
Pre-Visit Activity: With adjustments for Elementary, Intermediate and Commencement level learners.
· MST 5.5 Technology
· MST 6.5 Patterns of Change
· MST 1 Scientific Inquiry
· ELA 1 Information and Understanding
· ELA 3 Critical Analysis and Evaluation
This activity will prepare students for the various technologies of the late 19th and early 20th centuries they will see during their visit.
Encouraging students to keep in mind needs like equipment, transportation, safety, health, food, and shelter ask them to make a list of supplies and technology they might need today to do any of the following:
· Cut down trees (logging)
· Mine for rock or mineral resources
Elementary level Class can work on this list together and perhaps narrow the topics to only one or two, such as camping or logging.
Intermediate level Break class into quarters and assign each group one of the topics. Each group should create their list and present their findings to the class.
Commencement level Assign each student one of the topics to research through books, magazines and the internet. After completing their research students with similar topics should team up to create a comprehensive list which will be presented to their classmates.
Bring your class lists and/ or research with you on your visit. This will allow for a discussion of technology differences and similarities between today and 100 years ago.
· MST 4 The Living Environment 4, 5 & 6
While touring Adirondack Hall consider yourselves on a hike through a mountain wilderness. Have a discussion about how you should behave in the woods. What challenges are there and can you be better prepared for them? How can seeing animal tracks or scat help you on your hike?
Teachers can also lead students in discussions on topics such as erosion, water quality, and plant and animal habitats. How can fun and healthy activities like hiking, canoeing or skiing affect the Adirondacks, in both positive and negative ways? What about activities like snowmobiling, mountain biking, motor biking or motor boating?
Post Visit Activity: Elementary level learners
Using the worksheet found at the end of this guide have students perform a treasure hunt through their homes or classroom to find at least one item made from the minerals listed on the sheet.
Post Visit Activity: With adjustments for Intermediate to Commencement level learners.
· Use mathematical computations associated with geometry.
· Determine approximately how many trees it took to frame a building, including a home.
· Geometry mathematics
· Usage of a renewable resource
· MST 1 Analysis, Inquiry and Design
· MST 3
· MST The Living Environment 4.7
In the following activity students will be asked to complete mathematical computations to determine the board footage available within 5 random trees. Students are then provided with a construction industry estimate of the average number of board feet needed per square foot to frame a wooden-framed building. Using this data students can determine how many of “their” trees will need to be cut down to frame structures of varying sizes.
Begin by giving students the following data:
1. There are 5 trees to be cut down (height and diameters are fictional estimates). The trees measure as follows:
a. 27 feet high, 17 inch diameter at 4.5 feet above ground
b. 17 feet high, 12 inch diameter at 4.5 feet above ground
c. 21 feet high, 12 inch diameter at 4.5 feet above ground
d. 46 feet high, 29 inch diameter at 4.5 feet above ground
e. 55 feet high, 30 inch diameter at 4.5 feet above ground
2. Divide the diameter of each tree by 2 to determine its radius.
3. Take the resulting radius and divide by 12 to convert inches into feet.
4. Use the following formulas in order determine the number of board feet for each tree:
a. π X (Radius divided by 12)2 = Area at 4.5 feet above ground
b. Area X tree height = Volume of the tree
c. Volume of tree ∕ 4 = Cubic feet of lumber in each tree (Division by 4 accounts for trunk width at bottom and narrowness at top)
d. Cubic feet of lumber X 12 = board feet in each tree
5. Add up all 5 tree results and divide by 5 to get an average number of board feet for their trees.
Intermediate level learners This exercise can be simplified by giving the students data that they have 5 trees that have an average of 300 board feet of lumber in each tree. Then proceed to the next part.
Commencement Level learners Using a clinometer, and a tape measure students can go outside to choose and measure their own trees. Students should be encouraged to choose between 5 and 10 trees of the same type where the trunk is at least 16 feet tall.
Estimates vary, but using the following information on building sizes and board feet have each student determine the number of their “average” trees needed to frame the structures listed.
1. 1000ft2 building = 6,300 board feet approximately
2. 1500ft2 building = 9,450 board feet approximately
3. 2000ft2 building = 12,600 board feet approximately
These numbers are based upon an estimate of roughly 6.3 board feet per square foot. Different sources will estimate the number of board feet per foot2 differently, so this should be considered to be just an estimate.
Have students find out the number of square feet in the building they live in and how many trees it may have taken to frame that structure.
Topics for further discussion are:
· Not every building is framed with wood. What other resources might be used?
· The trees represented are only to frame the building and not figured in are other possible items made of wood like doors, sheathing, floors, siding, cabinets etc…
· Buildings that house more people (apartment buildings, duplexes) may use more trees, but they do it more efficiently.
· Different types of wood serve different purposes. Pine is most often used in construction. Maple and oak more often are used in furniture and cabinetry.
Below are some websites that were used to create this exercise.
Web Site Links
Minerals in My life
Talc- cosmetics, bar deodorants
Quartz- used to make glass, paints and abrasives
Halite- table salt and rock salt
Gypsum- Sheetrock wall board
Copper- Wires, coins, or Brass or Bronze items like jewelry and hardware.
Calcite-antacid, paper making
Corundum- Emory board
Wollastonite- ceramic glazes, car brakes
Fluorite- toothpaste, ceramics
Hematite or Magnetite-anything made with iron
Mica-sparkly paints or cosmetics