MASL logo and home button banner

Maine Samplers addendum

Painters of the Caves by Patricia Lauber

image: mastodon

National Geographic Society, 1998
Maine Lupine Award Nomination 1999


The Book: Imagine an underground art gallery, locked up in the dark for 30,000 years, discovered in France in 1994 by three adventurous spelunkers. No one may visit it, however, except for a few scientists. But Chauvet Cave is no longer "locked up," for several well-illustrated books have been written about it, and Internet Explorers can make virtual visits. Pat Lauber's contribution relates its art to "early moderns" and the uniqueness that distinguished them from other early peoples. She also examines again theories of why such paintings were done, how they were used, and what they meant to "the people who were us."

[Teachers: To comply with Maine Learning Results, these activities require more time than traditional curriculum. The learning is resource-based, perhaps hands-on or involving peer teaching, or encompassing complex issues. The products are behavior-oriented. Dividing activities between small and/or large groups can help time-wise as well as fostering good collaboration and communication habits. Simplifying the activities is another option.]

Mammoths: Mammoths were chosen because they were widespread, including North America, because recent discoveries of frozen mammoths have led to possible DNA cloning, and because they are popular with students. Many animals are depicted in Chauvet Cave, and similar activities could substitute any of them.

1. Many children's books about animals mix fact and fiction. An author tells an imaginary story about a day or a year or a crisis in the life cycle of an animal, sharing lots of facts about such an animal within this literary, educational device. Often these books will have an epilogue or afterword with 'interesting facts,' 'things to do.’ Or a bibliography so that readers may explore further. Collect books like this about mammoths or another animal depicted in the Chauvet cave.

List the facts and concepts they contain about mammoths, including graphic information. Check these with nonfiction sources for accuracy and further understanding.

If there are inaccuracies, write about them, citing your source(s). Have your writing inserted within the book by the librarian.

Or, write and perhaps draw some interesting woolly mammoth information NOT included in the story or the afterword, and have that inserted at the end of the book. Include your sources. If a book has no bibliography or afterword, you could create one.

Or, if a book has no afterward or bibliography, create one to be inserted at the end of the book.

Alternatively, if there are no 'fiction using facts' books about another Chauvet animal you have chosen, research this animal and author a story about one, telling and illustrating a story about some aspect of a life cycle. Include a helpful afterword.

Gerrard, Roy. Mik's Mammoth. Farrar, Straus & Giroux, 1990. One page shows Mik using a ball of clay to 'paint' animals on a cave wall. Another shows a "savage tribe" attacking a peaceful tribe, although current thought seems to indicate that tribes may very well have lived in peaceful isolation.

Wilson, Ron. Woolly Mammoth. Rourke, 1984. This book depicts seasonal migrations of Mammoth herds.

2. Prehistoric man found ways to successfully hunt mammoths, and to use just about every part of them profitably. Native Americans employed a number of techniques to hunt bison, and ingeniously used every part. Inuits and whales the same. Do some pre-searching to help you plan some ways to compare the three and to present your findings. Conference with your teacher/librarian before you move to in-depth research. Conference again when you feel you have extracted and analyzed all the information required. (Hand in your research journal and checklist the day before your conference.)

Teachers/librarians: see assessment ideas for conferencing, journals, and checklists in Springboard accessible online at http://www.MASLibraries.org Now complete your product and your planned presentation.

Option: Products from these animals are being used today. What are they, and do they differ from prehistoric use of these animals?

3. Research the numerous ways in which cave artists worked, including stenciling, painting and drawing, sculpting, incising, blowing. Try them out using fur pads, fingers, twig brushes, among other implements, and berry juices, clay, charcoal, liquefied minerals on stone surfaces.

Research the designs and animals depicted in Spanish and French cave art, and those of Baja, California.

Create an L-shaped, tunnel-like 'cave'. Use cardboarded tables whose inner sides and undersides have been lined with either crumpled balls of paper bags or 36" craft paper that have been dunked into diluted black/brown tempera, smoothed out, and dried. (Some of this idea comes from Arts Ed Net: http://www.artsednet.getty.edu/

Plan the cave art carefully so that it can be easily described and presented via a tape recording. Implement the art using only flashlights for light. Have at least one area include animals with more than the usual number of legs and feet, perhaps indicating motion, as you have researched.

Create a tape recording that tweaks curiosity, informs, poses theories, and asks questions that viewers can react to via the art. For instance, in the tape point out the animals with too many legs in the form of a query, then provide the scientific theories as responses. Include in the tape your reactions to painting upside down, in a confined space, in poor lighting with unusual implements, or other. The tape might begin and end with reference to the cave as a replica, and describe the why and how of the Lascaux replica cave that is visited by 400,000 people each year. Try the tape out with a selection of your planned audience. Edit the tape as needed and make copies. Provide a group of potential supervisors for your selected "cave tourists" with headsets and tapes and flashlights. Conduct a a walk-through (actually a 'crawl-through') ending at a tour reservation chart.

Option: Arrange an area where ‘cave tourists" may make a blowing tube image or their hand, replicating one cave painting technique that they have learned about. Panels should portray models, including partial hand paintings, together with theoretical translations.

4. Prepare rock art (petroglyph) ‘learning centers’ for a specific grade level.

Little cave art has been located in the United States. But some pictographs and especially petroglyphs have been discimage: cave paintingovered on exposed rock walls and on stones. Research petroglyphs and create 3 learning centers.

First learning center. A simple yet clear way of explaining what symbols are and relating that to rock art as symbols. Cover panels with photographs or pictures of rock art and add possible interpretations:

The design could be replicated at the head of each page over a description that explains what it could mean and why it would have been made This center could also have panels that defined petroglyphs, with photographs, locations, and other information. A book collection about petroglyphs would also be a good idea.

References:

Arizona State University site: http://www.asu.edu/clas/anthropology/dvrac/intro.htm

Eastern Rock Art Association; http://www.public.asu.edu/~rexweeks/Eastern_States_Rock_Art_Re.htm

Second Learning Center. Display round stones covered with simulated ‘desert varnish" and transformed into petroglyphs by your group. Hang charts of African, Australian, European, and North American petraglyph syhmbols on panels. Hang clear, how-to instructions that exlain the differences between direct and indirect percussion. Provide tools and smooth stones prepared with ‘desert varnish’ so a small group can create petroglyphs

Reference: Petroglyphs: http://www.p22.com/products/samplepet.html

Third Learning Center. A writing area where students can take their rocks and create stories about them, using some of the theories they explored in the first learning center. Include some completed rocks for students to write about who prefer one of them or who have not made or completed their own petraglyph.

5. When new technologies are compared to existing technologies, contests are often part of this comparison. Just think of John Henry's hammer competing with an engine, or foot treadle sewing machines vying against electric sewing machines. Many people say information on the Internet is so disorganized, piecemeal, unverifiable, and undivided as to reading level, that using books from your library is better. Others say that your library is inadequate and incomplete, and that the Internet is better. Design a contest for two groups to compare on-line Internet information with library texts, using some concepts about the woolly mammoth as a common inquiry. Be sure each group has comparable search skills for its resource area before it begins. Be sure teams keep good records of time, resources, quality information, including depth and breadth, attitudes, available help, and other components that will contribute to a final comparison. As part of the final comparison, include if either area has unique assets or liabilities regarding research. As the year progresses, keep the conclusions in mind, perhaps as a class chart or bulletin board. Add new insights or underscore original decisions based on personal or classroom experiences, with examples. At the end of the year, prepare a summary of the year's findings, and conclude with some predictions.

6. Write a history of the woolly mammoth. Include the following:

  • The problems of identifying, dating, locating, retrieving, learning about mammoths
  • How has each problem been solved?
  • What problems remain unsolved? Create a timeline of this history. Use the timeline as a visual device when presenting your history to a selected audience. (If your timeline was created with a computer application, your product could be an interactive timeline where browsers could access components of mammoth history by clicking on an identified date.)

7. Explore some of the new science concepts related to frozen mammoths. Include:

  • use of ground-penetrating radar
  • devices to raise mammoths from frozen ground while keeping the mammoth intact and frozen
  • reconstituting an extinct species

Or, explore some of the mysteries about frozen mammoths, including superstitions. Which of these mysteries have been explained and how? Or, explore what has been learned and what could be learned from examining frozen mammoths. Create an interactive product about the content you have collected.

Use a web page, a computer application, or other method that has good access for other students. Use a query system for many of your entries to invite user involvement. Some possible options:

  • ask for and refine and refine definitions, such as 'cloning' and 'extinct' 'genetic engineering', DNA.
  • describe 'Jurassic Park' and why it is science fiction.

Describe a different kind of park, 'Mammoth Park' which is potentially much more realistic, and even exists in some scientists' plans. Create a 'Mammoth Park' story, including any existing facts and theories you can find that are relevant. Have links available at these spots to explanations of these and your sources.

  • Provide a growing lists of general and specific uses of this science...for instance, the sheep Dolly was cloned to help quickly produce sheep that scientists had engineered so that medicine was secreted into their milk.
  • Provide a growing list of problems encountered with this science...for example, the possible link between the deaths of Monarch butterflies alongside genetically impacted farm fields.
  • Develop a diagram on how to clone a sheep, and how this process would be the same or different in trying to clone a mammoth? And ask for any differences between cloning a dinosaur and a mammoth and a sheep?
  • maintain a set of descriptions of Maine issues in genetic engineering. Start, perhaps, with the alterations of Maine 'farmed' salmon, which result in a larger mature fish in a shorter time than wild Maine salmon.

8. We've come a long way when it comes to the public and aesthetic and scientific treasures that are irreplaceableÑ caverns and caves, pueblos, forests, fossils. We have learned about their vulnerabilities the hard way, and many a treasure has been ruined. This has resulted in prohibiting or limiting the public from many sites. On the other hand, creative people have devised ways to make treasures both accessible to the public AND protected for future generations. Explore how a number of 'treasures' have been ruined or badly damaged and prepare a detailed description of the sources of the problems. Provide visual examples. Explore how the stewards of several treasures have utilized both accessibility and preservation techniques. Be sure to include the Kartchner Cave in Arizona.

Prepare a detailed description of the solutions to problems together with visual examples. Create a "conservation ethic" for world treasures that results from your understanding of all of the above! Find out where in your district curriculum the subject of ethics is included. Ask for a hearing to present your problems, your solutions, and your ethic as a possible part of that curriculum. Some models:

Salkever, Alex. "Oldest Dinosaur Opens a Window on Triassic Age." Christian Science Monitor, Oct 22, 1999. (& Science Journal)

Wood, Daniel. "A Delicate Oasis Ñ and Tourists Ñ Beneath Desert." Christian Science Monitor, Nov. 8, 1999. [Teachers: This is a fortuitous chance to show how excellent newspaper articles model the complexities and multiple facets and opportunities of current issues. They do not show black or white, but problem-solving needs that require knowledge and creativity.]

Further Resources:

Aliki. Wild and Woolly Mammoths. Harper Collins, 1996.

Bahn, Paul G. Journey Through the Ice Age. U. California Press, 1997.

Bahn, Paul G., & Gean Vertut. Images of the Ice Age. Facts on File, 1988.

Chauvet, Jean-Marie, Eliette Deschaps, & Christian Hillaire. Dawn of Art: The Chauvet Cave. Harry Abrams, 1996

Epstein, Sam & Beryl. Mister Peale's Mammoth. Coward, McCann & Geoghegan, 1977.

Knickerbocker, Brad. "An Ancient Man's Bones in Contention." Christian Science Monitor, Oct. 21, 1999.

Ruspoli, Mario, & Yves Coppens. The Cave of Lascaux: The Final Photographs. Harry Abrams, 1987.

Shreeve, James. The Neanderthal Enigma. William Morrow, 1995

Tattersall, Ian. The Last Neanderthald: The Rise, Success, and Mysterious Extinction of Our Closest Human Relatives. Macmillan, 1995.

Web Sites:

Virtual Tour of Cave Paintings; http://www.harcourtschool.com/activity/cavepaintings/cavepaintings.html

Cosquer Grotto and Vallon-Pont d'Arc. Incomplete hands in the Grotto......are they signatures, greetings, signs of recognition?

Reports about digging out the mammoth: http://www.discovery.com/exp/mammoth/prev_dispatches.html

Report about Altamira, a famous Spanish Cave: http://campus.northpark.edu/history/WebChron/Prehistory/Altamira.html

CAVE PAINTINGS OF BAJA CALIFORNIA: http://www.archaeology.org/online/features/baja/index.html

[Note a Discovery Channel presentation about frozen woolly mammoths.]