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Everyone who makes kimchi in my family changes their method of preparation, depending on the season and what types of foods they know we are likely to be eating. Sometimes the recipe is slightly hotter, other times more sour. Kimchi is altered suit the more delicate flavors of spring and the more robust flavors of fall.
However, no matter how much the recipe may be tweaked, it is always unique. I love this 'artifact,' this incomplete recipe, and the tradition of preparing kimchi itself because it is unique to my family, yet connects me to a wider Korean heritage. I also know that preparing traditional foods is very important to the women in my family: cooking a good meal is an essential part of their sense of 'self.' My mother is a strong and independent...
But that is true of any artifact: its significance only becomes clear when you see people using it, in real life. Artifacts from a family heritage are part of a living tradition, not static objects in a museum. The fact that kimchi is almost impossible to find in America makes passing down the tradition of making it and my grandmother's guidelines even more important. However, if people do not continue to make kimchi in the family, the tradition will be lost: it is a tradition (like quilting or cake baking) that is more oral and visual, than written.
Bibliography Kious and Tilling, 1996, This Dynamic Earth: The Story of Plate Tectonics: USGS Special Interest Publication in: Ring of Fire, Plate Tectonics, Sea-floor Spreading, Subduction Zones, Hot Spots (nd) USGS/Cascades Volcano Observatory, Vancouver, Washington. Online available at: http://vulcan.wr.usgs.gov/Glossary/PlateTectonics/description_plate_tectonics.html Mian, Z. (1993) Understanding Why the Earth is a Planet with Plate Tectonics. R.A.S. Quarterly Journal Vol.34 No.4 Dec 1993. Online available at Harvard at: http://articles.adsabs.harvard.edu//full/1993QJRAS..34..441M/0000443.000.html Ring of Fire, Plate Tectonics, Sea-floor Spreading, Subduction
This happens as the magma chamber empties and a ring fracture occurs. This collapse often blocks the flow of magma but the heated interior still produces gasses and steam. Often, that steam and other gasses create a lake in the middle of the caldera similar to Crater Lake in Oregon or Glen Coe in Scotland. 8. WHY DO SOME VOLCANOES EXPLODE, WHILE OTHERS EMIT ONLY GASEOUS CLOUDS? Some volcanoes explode because
plate tectonics is responsible for changing continental landmasses through geological occurrences. Thousands of years ago the earth's surface has been hypothesized as one big landmass. The Earth's surface has been constant motion. "Fragmented into giant sheets of solid rock that glide atop a layer of hotter, more pliable material, the globe's appearance is forever changing." [Cowen, 1999]. These plates are semi-rigid, floated on flow of mantle. The plates measured around
continental drift to the present to explain the plate tectonics theory and how the Earth is forever shifting. Use some examples of past and present changes in the earth and the effect they caused. A newer theory in geological history, plate tectonics is used to explain many geological changes in the Earth, both past and present, and indicates how the Earth is forever adjusting and shifting, creating uplifts and
The very fact that the U.S.A. Patriot Act was renewed in 2010 (albeit with some modifications) shows alert citizens that public safety will most often trump personal privacy and in some cases, a person's civil rights. The Find Law organization alludes to the 4th Amendment in pointing out that the legal approach to warrantless searches has "been broadened" in the past few years. The Court has given the green
D.). A researcher may determine if a rock sample is sedimentary by examining whether it consists of grains. An igneous (from the Latin word for fire) rock, known as granite, consists of minerals like quartz, mica, and feldspar. "Igneous rocks come from melted rock material, or magma, that lies under Earth's surface" ("How can you tell," n.d.), forming when magma from inside the Earth travels toward the Earth's surface, or