Solution to the Winter Issue of Technical Play of the Day

June 2010 By Daniel J. Tearpock

In the Winter issue of The Correlator we presented a fairly simple structure contour map. A normal fault was shown on the map with both the upthrown and downthrown traces. You were asked, using the map, to define the following terms and their numeric values based on the map (Throw, Missing Section, Heave, Gap and the direction of the fault surface).

We're sorry. This article is available only to DPA members. To continue reading, please login or consider joining the DPA to gain access.

Solution to the Winter Issue of Technical Play of the Day

June 2010 By Daniel J. Tearpock

In the Winter issue of The Correlator we presented a fairly simple structure contour map. A normal fault was shown on the map with both the upthrown and downthrown traces. You were asked, using the map, to define the following terms and their numeric values based on the map (Throw, Missing Section, Heave, Gap and the direction of the fault surface).

We're sorry. This article is available only to DPA members. To continue reading, please login or consider joining the DPA to gain access.

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Solution to the Winter Issue of Technical Play of the Day

June 2010 By Daniel J. Tearpock

In the Winter issue of The Correlator we presented a fairly simple structure contour map. A normal fault was shown on the map with both the upthrown and downthrown traces. You were asked, using the map, to define the following terms and their numeric values based on the map (Throw, Missing Section, Heave, Gap and the direction of the fault surface).

We're sorry. This article is available only to DPA members. To continue reading, please login or consider joining the DPA to gain access.

Solution to the Winter Issue of Technical Play of the Day

June 2010 By Daniel J. Tearpock

In the Winter issue of The Correlator we presented a fairly simple structure contour map. A normal fault was shown on the map with both the upthrown and downthrown traces. You were asked, using the map, to define the following terms and their numeric values based on the map (Throw, Missing Section, Heave, Gap and the direction of the fault surface).

We're sorry. This article is available only to DPA members. To continue reading, please login or consider joining the DPA to gain access.

Solution to the Winter Issue of Technical Play of the Day

June 2010 By Daniel J. Tearpock

In the Winter issue of The Correlator we presented a fairly simple structure contour map. A normal fault was shown on the map with both the upthrown and downthrown traces. You were asked, using the map, to define the following terms and their numeric values based on the map (Throw, Missing Section, Heave, Gap and the direction of the fault surface).

We're sorry. This article is available only to DPA members. To continue reading, please login or consider joining the DPA to gain access.

Solution to the Winter Issue of Technical Play of the Day

June 2010 By Daniel J. Tearpock

In the Winter issue of The Correlator we presented a fairly simple structure contour map. A normal fault was shown on the map with both the upthrown and downthrown traces. You were asked, using the map, to define the following terms and their numeric values based on the map (Throw, Missing Section, Heave, Gap and the direction of the fault surface).

We're sorry. This article is available only to DPA members. To continue reading, please login or consider joining the DPA to gain access.