Online link | https://geo-nsdi.er.usgs.gov/metadata/open-file/01-443/La_Union/ls23604.faq.html |
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Description | This cover contains the outlines of landslides formed during Hurricane Mitch in October - November 1998. Jeffrey Coe and Robert Bucknam mapped the landslides and related effects in and adjacent to downstream drainages. Most landslides were mapped using |
Originators | Bucknam, Robert C.; Coe, Jeffrey A.; Mota, Manuel Antonio; Godt, Jonathan W.; Tarr, Arthur C.; Bradley, Lee-Ann; Rafferty, Sharon A.; Hancock, Dean; Dart, Richard L.; and Johnson, Margo L. |
Publication | U.S. Geological Survey Open-File Report 01-443 |
Table includes Site ID and its calculated latitude/longitude, sample environments, depositional units, sampling techniques, and different type of analytical methods used.
Label | Definition |
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SITE_ID | Each sample location was given a unique identifier called a Site ID. This Site ID is given in all Appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) in parentheses. Text of width 10. |
LATITUDE | Latitude in decimal degrees |
LONGITUDE | Longitude in decimal degrees |
WTR_DEPTH | Depth of water in meters where sample was taken. Blank if sample not taken under water. |
APDX_MAPNO | A regional map of the Coeur d'Alène River basin is shown as Figure 2 in this report. This regional map has 10 areas outlined to show the sample location maps along with their individual map number. These 10 location maps numbered Map A-1 through Map A-10 include all sample locations and are topographic based. The reader uses this data to determine on which map a sample is located. |
LOC_METHOD | Indicates one of the three methods of how the geographic location of the sample was determined. |
ENVIRONMNT | Description of the surficial environment in which thesample was collected. |
UNIT_DESC | Description of map unit in which the sample was collected. |
UNIT_LABEL | USGS map unit label |
REF_MAP | These data indicate in which USGS report the two previous columns of data in this table (USGS map unit and USGS map unit description) were derived. |
SAMP_TECH | Indicates one of the 9 methods used to collect samples |
EDXRF | Indicates if USGS EDXRF analyses were run on the samples collected. from this sample site. |
EWU-4-ACID | Indicates if EWU 4-acid analyses were run on the samples collected. from this sample site. |
NITRIC-AQR | Indicates if CHEMEX nitric-aqua regia analyses were run on the samples collected from this sample site. |
XRL-4-ACID | Indicates if XRAL 4-acid analyses were run on the samples collected. from this sample site. |
ACZ-NITRIC | Indicates if ACZ nitric analyses were run on the samples collected. from this sample site. |
This data set includes the depth interval (where appropriate) in which the sample was collected and a brief description of the lithology.
Label | Definition |
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SAMPLE_NO. | Each sample location was given a unique identifier called a Site ID. This Site ID is given in all Appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) in parentheses. (text, width 19) |
SITE_ID | This Site ID is equivalent to the Site ID in the AppendixB.xls Excel and AppendixB.dbf tables. (text, width 10) |
INT_TOP_CM | The top of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
INT_BTM_CM | The bottom of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
LITH_DESC | A brief lithologic description of the sample interval. (text, width 205) |
This data set provides the analytical data for samples analyzed using EDXRF from USGS labs in Menlo Park, CA.
Label | Definition |
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SAMPLE_NO. | Each sample location was given a unique identifier called a Site ID. This Site ID is given in all appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) in parentheses. |
SITE_ID | This Site ID is equivalent to the Site ID in the AppendixB.xls Excel and AppendixB.dbf tables. |
INT_TOP_CM | The top of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
INT_BTM_CM | The bottom of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
OTHR_ANLYS | Indicates which other laboratories also performed analyses on a split of this sample, and letter refers to the Appendix in which that data is given. |
CU_PPM | The amount of copper detected in sample in parts per million (ppm) by weight. |
PB_PPM | The amount of lead detected in sample in parts per million (ppm) by weight. |
ZN_PPM | The amount of zinc detected in sample in parts per million (ppm) by weight. |
This data set provides analytical data for samples using 4 acid dissolution, IPC-AES and IPC-MS from Eastern Washington University Geochemistry Lab EWU in Cheney, WA.
Label | Definition |
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SAMPLE_NO. | Each sample location was given a unique identifier called a Site ID. This Site ID is given in all appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) in parenthesis. |
SITE_ID | This Site ID is equivalent to the Site ID in the AppendixB.xls Excel and AppendixB.dbf tables. |
INT_TOP_CM | The top of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
INT_BTM_CM | The bottom of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
OTHR_ANLYS | Indicates which other laboratories also performed analyses on a split of this sample, and letter refers to the Appendix in which that data is given. |
AG_PPM | The amount of silver detected in sample in parts per million (ppm) by weight. |
AL_%_ | The amount of aluminum detected in sample in percent (%) by weight. |
AS_PPM | The amount of arsenic detected in sample in parts per million (ppm) by weight. |
BA_PPM | The amount of barium detected in sample in parts per million (ppm) by weight. |
BE_PPM | The amount of beryllium detected in sample in parts per million (ppm) by weight. |
CA_% | The amount of calcium detected in sample in percent (%) by weight. |
CD_PPM | The amount of cadmium detected in sample in parts per million (ppm) by weight. |
CE_PPM | The amount of cerium detected in sample in parts per million (ppm) by weight. |
CO_PPM | The amount of cobalt detected in sample in parts per million (ppm) by weight. |
CR_PPM | The amount of chromium detected in sample in parts per million (ppm) by weight. |
CS_PPM | The amount of cesium detected in sample in parts per million (ppm) by weight. |
CU_PPM | The amount of copper detected in sample in parts per million (ppm) by weight. |
FE_% | The amount of iron detected in sample in percent (%) by weight. |
GA_PPM | The amount of gallium detected in sample in parts per million (ppm) by weight. |
K_% | The amount of potassium detected in sample in percent (%) by weight. |
LA_PPM | The amount of lanthanum detected in sample in parts per million (ppm) by weight. |
MG_% | The amount of magnesium detected in sample in percent (%) by weight. |
MN_PPM | The amount of manganese detected in sample in parts per million (ppm) by weight. |
MO_PPM | The amount of molybdenum detected in sample in parts per million(ppm) by weight. |
NI_PPM | The amount of nickel detected in sample in parts per million (ppm) by weight. |
P_PPM | The amount of phosphorous detected in sample in parts per million(ppm) by weight. |
PB_PPM | The amount of lead detected in sample in parts per million (ppm) by weight. |
RB_PPM | The amount of rubidium detected in sample in parts per million (ppm) by weight. |
SB_PPM | The amount of antimony detected in sample in parts per million (ppm) by weight. |
SN_PPM | The amount of tin detected in sample in parts per million (ppm) by weight. |
SR_PPM | The amount of strontium detected in sample in parts per million (ppm) by weight. |
TH_PPM | The amount of thorium detected in sample in parts per million (ppm) by weight. |
TI_% | The amount of titanium detected in sample in percent (%) by weight. |
TL_PPM | The amount of thallium detected in sample in parts per million (ppm) by weight. |
U_PPM | The amount of uranium detected in sample in parts per million (ppm) by weight. |
V_PPM | The amount of vanadium detected in sample in parts per million (ppm) by weight. |
W_PPM | The amount of tungsten detected in sample in parts per million (ppm) by weight. |
Y_PPM | The amount of Yttrium detected in sample in parts per million (ppm) by weight. |
ZN_PPM | The amount of zinc detected in sample in parts per million (ppm) by weight. |
ZR_PPM | The amount of zirconium detected in sample in parts per million (ppm) by weight. |
This data set provides analytical data for samples analyzed using nitric acid-aqua regia dissolution and ICP-AES at CHEMEX Labs in Reno, Nevada.
Label | Definition |
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SAMPLE_NO. | Each sample location was given a unique identifier called a Site ID.This Site ID is given in all Appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) inparentheses. |
SITE_ID | This Site ID is equivalent to the Site ID in the AppendixB.xls Excel and AppendixB.dbf tables. |
INT_TOP_CM | The top of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
INT_BTM_CM | The bottom of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
SIZFRAC_MM | Describes which size fraction of this sample that was analyzed. 0.83mm was used to remove the larger wooden sticks and leaves from the sample. |
WT%SIZFRAC | Indicates the weight percent % of the analyzed size fraction relative to the bulk sample. |
OTHR_ANLYS | Indicates which other laboratories also performed analyses on a split of this sample, and letter refers to the Appendix in which that data is given. |
AG_PPM | The amount of silver detected in sample in parts per million (ppm) by weight. |
AL_% | The amount of aluminum detected in sample in percent (%) by weight. |
AS_PPM | The amount of arsenic detected in sample in parts per million (ppm) by weight. |
BA_PPM | The amount of barium detected in sample in parts per million (ppm) by weight. |
BE_PPM | The amount of beryllium detected in sample in parts per million (ppm) by weight. |
BI_PPM | The amount of bismuth detected in sample in parts per million (ppm) by weight. |
CA_% | The amount of calcium detected in sample in percent (%) by weight. |
CD_PPM | The amount of cadmium detected in sample in parts per million (ppm) by weight. |
CO_PPM | The amount of cobalt detected in sample in parts per million (ppm) by weight. |
CR_PPM | The amount of chromium detected in sample in parts per million (ppm) by weight. |
CU_PPM | The amount of copper detected in sample in parts per million (ppm) by weight. |
FE_% | The amount of iron detected in sample in percent (%) by weight. |
GA_PPM | The amount of gallium detected in sample in parts per million (ppm) by weight. |
HG_PPM | The amount of mercury detected in sample in parts per million (ppm) by weight. |
K_% | The amount of potassium detected in sample in percent (%) by weight. |
LA_PPM | The amount of lanthanum detected in sample in parts per million (ppm) by weight. |
MG_% | The amount of magnesium detected in sample in percent (%) by weight. |
MN_PPM | The amount of manganese detected in sample in parts per million (ppm) by weight. |
MO_PPM | The amount of molybdenum detected in sample in parts per million(ppm) by weight. |
NA_% | The amount of sodium detected in sample in parts per million (%) by weight. |
NI_PPM | The amount of nickel detected in sample in parts per million (ppm) by weight. |
P_PPM | The amount of phosphorous detected in sample in parts per million(ppm) by weight. |
PB_PPM | The amount of lead detected in sample in parts per million (ppm) by weight. |
SB_PPM | The amount of antimony detected in sample in parts per million (ppm) by weight. |
SC_PPM | The amount of scandium detected in sample in parts per million (ppm) by weight. |
SR_PPM | The amount of strontium detected in sample in parts per million (ppm) by weight. |
TI_% | The amount of titanium detected in sample in percent (%) by weight. |
TL_PPM | The amount of thallium detected in sample in parts per million (ppm) by weight. |
U_PPM | The amount of uranium detected in sample in parts per million (ppm) by weight. |
V_PPM | The amount of vanadium detected in sample in parts per million (ppm) by weight. |
W_PPM | The amount of tungsten detected in sample in parts per million (ppm) by weight. |
ZN_PPM | The amount of zinc detected in sample in parts per million (ppm) by weight. |
This data set provides analytical data for samples analyzed using4 acid dissolution and ICP-AES at XRAL Labs in Golden, CO.
Label | Definition |
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SAMPLE_NO. | Each sample location was given a unique identifier called a Site ID.This Site ID is given in all Appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) inparentheses. |
SITE_ID | This Site ID is equivalent to the Site ID in the AppendixB.xls Excel and AppendixB.dbf tables. |
INT_TOP_CM | The top of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
INT_BTM_CM | The bottom of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
OTHR_ANLYS | Indicates which other laboratories also performed analyses on a split of this sample, and letter refers to the Appendix in which that data is given. |
AG_PPM | The amount of silver detected in sample in parts per million (ppm) by weight. |
AL_% | The amount of aluminum detected in sample in percent (%) by weight. |
AS_PPM | The amount of arsenic detected in sample in parts per million (ppm) by weight. |
AU_PPM | The amount of gold detected in sample in parts per million (ppm) by weight. |
BA_PPM | The amount of barium detected in sample in parts per million (ppm) by weight. |
BE_PPM | The amount of beryllium detected in sample in parts per million (ppm) by weight. |
BI_PPM | The amount of bismuth detected in sample in parts per million (ppm) by weight. |
CA_% | The amount of calcium detected in sample in percent (%) by weight. |
CD_PPM | The amount of cadmium detected in sample in parts per million (ppm) by weight. |
CE_PPM | The amount of cerium detected in sample in parts per million (ppm) by weight. |
CO_PPM | The amount of cobalt detected in sample in parts per million (ppm) by weight. |
CR_PPM | The amount of chromium detected in sample in parts per million (ppm) by weight. |
CU_PPM | The amount of copper detected in sample in parts per million (ppm) by weight. |
EU_PPM | The amount of europium detected in sample in parts per million (ppm) by weight. |
FE_% | The amount of iron detected in sample in percent (%) by weight. |
GA_PPM | The amount of gallium detected in sample in parts per million (ppm) by weight. |
HO_PPM | The amount of holmium detected in sample in parts per million (ppm) by weight. |
K_% | The amount of potassium detected in sample in percent (%) by weight. |
LA_PPM | The amount of lanthanum detected in sample in parts per million (ppm) by weight. |
LI_PPM | The amount of lithium detected in sample in parts per million (ppm) by weight. |
MG_% | The amount of magnesium detected in sample in percent (%) by weight. |
MN_PPM | The amount of manganese detected in sample in parts per million (ppm) by weight. |
MO_PPM | The amount of molybdenum detected in sample in percent (%) by weight. |
NA_% | The amount of sodium detected in sample in percent (%) by weight. |
NB_PPM | The amount of niobium detected in sample in parts per million (ppm) by weight. |
ND_PPM | The amount of neodymium detected in sample in parts per million (ppm) by weight. |
NI_PPM | The amount of nickel detected in sample in parts per million (ppm) by weight. |
P_PPM | The amount of phosphorous detected in sample in parts per million(ppm) by weight. |
PB_PPM | The amount of lead detected in sample in parts per million (ppm) by weight. |
SC_PPM | The amount of scandium detected in sample in parts per million (ppm) by weight. |
SN_PPM | The amount of tin detected in sample in parts per million (ppm) by weight. |
SR_PPM | The amount of strontium detected in sample in parts per million (ppm) by weight. |
TA_PPM | The amount of tantalum detected in sample in parts per million (ppm) by weight. |
TH_PPM | The amount of thorium detected in sample in parts per million (ppm) by weight. |
TI_PPM | The amount of titanium detected in sample in percent (%) by weight. |
U_PPM | The amount of uranium detected in sample in parts per million (ppm) by weight. |
V_PPM | The amount of vanadium detected in sample in parts per million (ppm) by weight. |
Y_PPM | The amount of Yttrium detected in sample in parts per million (ppm) by weight. |
YB_PPM | The amount of ytterbium detected in sample in parts per million (ppm) by weight. |
ZN_PPM | The amount of zinc detected in sample in parts per million (ppm) by weight. |
This data set provides analytical data for samples analyzedusing nitric acid dissolution and ICP-AES at ACZ Laboratories inSteamboat Springs, CO.
Label | Definition |
---|---|
SAMPLE_NO. | Each sample location was given a unique identifier called a Site ID.This Site ID is given in all Appendices. Each sample from a given Site ID is given a unique Sample NO. which begins with the Site ID followed by the sample depth interval (in centimeters) inparentheses. |
SITE_ID | This Site ID is equivalent to the Site ID in the AppendixB.xls Excel and AppendixB.dbf tables. |
INT_TOP_CM | The top of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
INT_BTM_CM | The bottom of the depth interval, in centimeters below the ground surface, from which the sample was collected. If no depth interval is given, refer to the lithologic description of the particular sample. |
OTHR_ANLYS | Indicates which other laboratories also performed analyses on a split of this sample, and letter refers to the Appendix in which that data is given. |
AS_PPM | The amount of arsenic detected in sample in parts per million (ppm) by weight. |
CD_PPM | The amount of cadmium detected in sample in parts per million (ppm) by weight. |
FE_% | The amount of iron detected in sample in percent (%) by weight. |
PB_PPM | The amount of lead detected in sample in parts per million (ppm) by weight. |
MN_PPM | The amount of manganese detected in sample in parts per million (ppm) by weight. |
ZN_PPM | The amount of zinc detected in sample in parts per million (ppm) by weight. |