ARCHAEOLOGY DAY
Saturday, October 22, 2011
Wednesday, October 19, 2011
HEZEKIAH CONTINUED
Of these sources the account in 2 Kings is most purely historianic, originating at a time when religious and political values, in the Hebrew mind, were inseparable. In 2 Ch the religious point and coloring, especially in its later developed ritual and legal aspects, has the decided predominance. Sirach, with the mind of a man of letters, is concerned mainly with eulogizing Hezekiah. in his “praise of famous men” (*compare Sirach 44 through 50), of course from the devout Hebrew point of view. In the vision of Isaiah (Isa 1 through 39), we have the reflection of the moral and spiritual situation in Jerusalem, as realized in the fervid prophetic consciousness; and in the prophecy of his younger contemporary Micah, the state of things in the outlying country districts nearest the path of invasion, where both the iniquities of the ruling classes and the horrors of war were felt most keenly. Doubtless also many devotional echoes of these times of stress are deducible from the Psalms, so far as we can fairly identify them.
3. Side-Lights
It is in Hezekiah's times especially that the Assyrian inscriptions become illuminating for the history of Israel; for one important thing they furnish certain fixed dates to which the chronology of the times can be adjusted. Of Sennacherib's campaign of 701, for instance, no fewer than six accounts are at present known (see G.A. Smith, Jerusalem, II, 154, note), the most detailed being the “Taylor Cylinder,” now in the British Museum, which in the main agrees, or at least is not inconsistent, with the Scripture history.
*to find Sirach chapters go to http://etext.virginia.edu/etcbin/toccer-new2?id=KjvSira.sgm&images=images/modeng&data=/texts/english/modeng/parsed&tag=public&part=41&division=div1
Monday, October 17, 2011
ALEPPO CODEX
The Aleppo codex, the most revered Copy of the Hebrew Bible, survived intact for more than a millennium before it was ripped part, burnt, stolen, secreted, and finally rescued .
Friday, October 14, 2011
Saturday, October 8, 2011
RECIPES
- PREP TIME15 min
- TOTAL TIME30 min
- SERVINGS6
- 5
- ounces semisweet or bittersweet baking chocolate, chopped
- 1/2
- cup plus 2 tablespoons butter or margarine
- 3
- eggs
- 3
- egg yolks
- 1 1/2
- cups powdered sugar
- 1/2
- cup Gold Medal® all-purpose flour
- Additional powdered sugar, if desired
- 1
- can (21 ounces) cherry pie filling, if desired
- 1Heat oven to 450ºF. Grease bottom and side of six 6-ounce custard cups with shortening. In 2-quart saucepan, melt chocolate and butter over low heat, stirring frequently. Cool slightly.
- 2Meanwhile, in large bowl, beat eggs and egg yolks with wire whisk or hand beater until well blended. Beat in 1 1/2 cups powdered sugar. Beat in melted chocolate mixture and flour. Divide batter evenly among custard cups.
- 3Bake 11 to 13 minutes or until sides are set and cakes feel soft when touched in center. Run small knife or metal spatula along sides of cakes to loosen. Immediately turn upside down onto individual plates; remove cups. Sprinkle with additional powdered sugar. Top with pie filling. Serve warm.
Peanut Butter Chocolate Chip Cookies from Heaven
Servings
Original Recipe Yield 4 dozen
Ingredients
- 1 cup butter, softened
- 1 1/2 cups packed brown sugar
- 2 eggs
- 1 cup peanut butter
- 1 teaspoon vanilla extract
- 2 3/4 cups all-purpose flour
- 1/4 cup cornstarch
- 3/4 teaspoon salt
- 1 teaspoon baking soda
- 1/2 teaspoon baking powder
- 1 cup semisweet chocolate chips
Directions
- Preheat oven to 350 degrees F (180 degrees C).
- Cream together butter and brown sugar. Beat in eggs, peanut butter and vanilla.
- Add flour, cornstarch, salt, baking soda and baking powder. Stir in chocolate chips.
- Roll into balls about 1 1/2 teaspoonfuls (or use cookie scoop) and place onto ungreased cookie sheets about 2 inches apart. Flatten slightly because they do not flatten much while cooking.
- Bake for 10 minutes.
Friday, October 7, 2011
Wednesday, October 5, 2011
Hezekiah's tunnel shows that almost all fractures and joints cut across the tunnel ceiling and walls. Therefore the tunnel cannot originally have been a natural karstic-formed geological feature.
There were 4 different kinds of plasters in the tunnel. The oldest plaster was suceeded by Byzantine plaster, next by a Mameluke-period plaster, and finally by a plaster applied in the early 20th century by the infamous Parker Mission. Natural sedimentary deposits laid down from running water (tufa) and water seeping through tunnel walls (flowstone, a kind of stalactite attached to tunnel walls) also occur along various attached segments of the tunnel. Patches of the oldest plaster were preserved beneath flowstone, a critical finding as we shall see.
Numerous drill cores that were collected from along the tunnel floor revealed that tufa and siltistone covered all the plaster layers but were never found beneath the oldest plaster. This demonstrated that there was no percolating water and thus no incipient channel here that was later widened by Hezekiah's tunnelers. Had there been a karstic channel guide the tunnelers, sediments deposited from the water (such as covered the Plaster) would have been found beneath the oldest plaster. The absence of these sedimentary deposits also shows that the ancient plaster was applied soon after the tunnel was dug, before the natural sedimentation process could begin.
According to the Frumkin, Hezekiah's Tunnel is thus "the oldest accurately-dated long tunnel constructed without using intermediate shafts for the excavation work proper. (one shaft-to-surface chimney does exist near the southern end of Hezekiah's Tunnel, but the researchers have determined from marks on the wall that this shaftwas not used for descending down from the surface and excavating in either direction.
That Hezekiah's engineer depended on acoustic sounding to guide the tunnelers is supported by explicit use of this technique as described in the Siloams Inscription. The frequently ignored final sentene of this inscription provides further evidence. "And the height of the rock above the heads of the laborers was 100 cubits." This indicates that the engineers were well aware of the distande to the surface above the tunnel at various points in its progression.
The now discarded karstic-dissolution-channel theory to explain the route of Hezekiah's tunnel has depreved us of a "rather elegant adaptation of a natural feature." But it has been replaced by an explanation that Shimron and Frumkin call "a major advance in tunneling technique
There were 4 different kinds of plasters in the tunnel. The oldest plaster was suceeded by Byzantine plaster, next by a Mameluke-period plaster, and finally by a plaster applied in the early 20th century by the infamous Parker Mission. Natural sedimentary deposits laid down from running water (tufa) and water seeping through tunnel walls (flowstone, a kind of stalactite attached to tunnel walls) also occur along various attached segments of the tunnel. Patches of the oldest plaster were preserved beneath flowstone, a critical finding as we shall see.
Numerous drill cores that were collected from along the tunnel floor revealed that tufa and siltistone covered all the plaster layers but were never found beneath the oldest plaster. This demonstrated that there was no percolating water and thus no incipient channel here that was later widened by Hezekiah's tunnelers. Had there been a karstic channel guide the tunnelers, sediments deposited from the water (such as covered the Plaster) would have been found beneath the oldest plaster. The absence of these sedimentary deposits also shows that the ancient plaster was applied soon after the tunnel was dug, before the natural sedimentation process could begin.
According to the Frumkin, Hezekiah's Tunnel is thus "the oldest accurately-dated long tunnel constructed without using intermediate shafts for the excavation work proper. (one shaft-to-surface chimney does exist near the southern end of Hezekiah's Tunnel, but the researchers have determined from marks on the wall that this shaftwas not used for descending down from the surface and excavating in either direction.
That Hezekiah's engineer depended on acoustic sounding to guide the tunnelers is supported by explicit use of this technique as described in the Siloams Inscription. The frequently ignored final sentene of this inscription provides further evidence. "And the height of the rock above the heads of the laborers was 100 cubits." This indicates that the engineers were well aware of the distande to the surface above the tunnel at various points in its progression.
The now discarded karstic-dissolution-channel theory to explain the route of Hezekiah's tunnel has depreved us of a "rather elegant adaptation of a natural feature." But it has been replaced by an explanation that Shimron and Frumkin call "a major advance in tunneling technique
Monday, October 3, 2011
HEZEKIAH'S TUNNELS CONTINUED
In a Groundbreaking new study Israeli geologist Aryeh shimron and Amos Frumkin mapped the geological and main features of Hezekiah's Tunnel.Their map provides important insights into how the tunnel was (and was not) constructed. Shimron and Frumkin fojund no geological evidence of a continuous karst (def below) channel along the length of the tunnel, as geologist Dan Giff had proposed. Shimron and Frumkin found that nearly all of the natural fractures in the surround rock-the geological paths along which karstic channels form--not across, and not parallell to the line of the tunnel
The tunnel could not have originally been a natural karstic channel because the necessary geological conditions simply were not present. But how did the two teams meet
The Proof is in the Plaster. The flow of water causes sediment to accumulate over time on the surface of Hezekiah's Tunnel. Vertical core samples taken from the floor of the tunnel show that , although fine layers of sediment cover the plaster on the surface of the tunnel (which in some places was plastered over several times in antiquity) there was no such sedimentary buildup beneath the earliest level of plaster (see section of photo above) demonstrating that water had not flowed over the surface in a natural karst stream before the plaster was laid after the excavation of the tunnel.
Sounds of pickaxes and echoes of voices coming through the rock must have caused a greal deal of confustion and misdirection --false tunnels found near meeting point. Places where these misleading sounds caused the team to chisel away in the wrong direction
king on the surface pounded out acoustic signals on the bedrock to guide the underground work of the tunneling teams. Initially, the southern team planned to take a fairly direct route northeast from the Siloam Pool so they would intersect with the northern team as quickly as possible. The norther team, however, began by excavating almost due west, a course the geologistbelieve was eighter a gross miscalculation in direction or a deliberate attemt to exten the tunnel to a well shaft in the heart of the city
.
Both teams quickly realized, however , that the nearly 160 feet of bedrock and overburden in their respective areas made sound communication with the surface impossible, so they decided to adjust the tunnel's course. Hezekiah's engineers directed the tunnelers to the shallower eastern slope of the city instead where the grinding signals of the surface team could be more easily heard. Partial shafts in the bedrock may have aided in the sound communication. From her the tunnelers followed the surface signals until they were finally within earshot of the other team's voices and pick axes, as described in the siloam Inscription. On the plan at left areas in yellow have a shallow over burden and gradually progress to the deepest areas (shown in red) where it was impossible to hear the surface signals
KARST -DEFINITION
Pictured is one of the false tunnel.The reasons for the false tunnels confusion was caused by noises made by pickaxes and echoes of voices through the rocks.
Karst topography is characterized by subterranean limestone caverns, carved by groundwater. The geographer Jovan Cvijić (1865–1927) was born in western Serbia and studied widely in the Dinaric Kras region. His publication of Das Karstphänomen (1893) established that rock dissolution was the key process and that it created most types of dolines, "the diagnostic karst landforms". The Dinaric Kras thus became the type area for dissolutional landforms and aquifers; the regional name kras, Germanicised as "karst", is now applied to modern and paleo-dissolutional phenomena worldwide. Cvijić related the complex behaviour of karst aquifers to development of solutional conduit networks and linked it to a cycle of landform evolution. Cvijić defined two main types of karst area, holokarst, wholly developed, as in the Dinaric region along the eastern Adriatic and deeper inland in the Balkan Peninsula and merokarst, imperfectly developed with some karst forms, as in eastern Serbia. Cvijić is recognized as "the father of karst geomorphology".
The international community has settled on karst, the German name for Kras, a region in Slovenia partially extending into Italy, where it is called "Carso" and where the first scientific research of a karst topography was made. The name has an Indo-European origin (from karra meaning "stone"),[3] and in antiquity it was called "Carusardius" in Latin. The Slovene form grast is attested since 1177, and the Croatiankras since 1230.[citation needed]. "Krš" – "Krsh" meaning in Croatian and in Serbian "barren land" which is typical feature in the Northern Dinaric limestone mountains could also be an origin to the word Karst
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