2.3 Mapping the Archaeological evidence
From the excavation data, for example, we will show the
archaeological kiln site that were belonged in A.D.14 century, we
at first must reconstruct the original data like a Fig. 3. This kiln
site were the luck of upper parts by the rockslide. We must
reconstruct the original images therefore, A.D.1361 big
earthquake hit in this area.. Fig 4 is the original images stage
1(before earthquake) and Fig S is the stage 2(after earthquake).
2.4 Mapping the Vegetation from Pollen Analysis
After making the ground surface models, we must consider
about vegetation model for the textures on ground surface models.
Fig 6 is the Pollen Analysis data from this kiln site.
Fig.3 Excavation data
Fig. 6 Pollen Analysis data
This data sows twice times vegetations changes, first time is the
ceramic product started. Wooden pollen was decreasing, and
grass pollen was in opposition increasing over 60% in the whole
pollen. In this evidence, ceramic makers cut the trees from the
around the kiln. Second time is the time that earthquake hit, more
than increasing the needle leaf tree, and more than decreasing the
wide leaf tree and grass pollen.
From these pollen data, we can considerable following cross
section changes of the archaeological site.
Fig.4 Rebuilding the old surface stage 1
2.5 Data integration using GIS
GIS integrate the above data, which makes it easier for the
archaeological researchers to search for the aimed data.
2.6 Creating the reconstruction CG
The CG of the reconstructed landscapes was made to help the
further understanding of the archaeologists and for the
educational purpose. The layer of the vegetation stored in the GIS
is exported and used for these CGs.
The CG shows the change of the land use more detailed than the
2 dimensional GIS layers. As shown in the figures, using the
trees based on the pollen analysis, CG has much more realities
than GIS layer.
Fig 5 Rebuilding the old surface stage 2
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