Mr. Bush mistranslated in German TV
Not for the first time. In an interview yesterday evening in German TV Mr. Bush said in reply to a question "I think NATO is vital". He was translated as saying "I glaube die NATO ist vital". Study your dictionaries and report back to me.
Geo-word list
Here is a list of words related to geology and geotechnics, German > English. A one-off only, if you want more you'll have to go to my resources site. Some of these are, of course, not gospel, but a surprisingly large amount are, especially in their specific fields. Some will not make any sense whatsoever out of context.
Abbildungsvorschrift Projection abflußlos Endorheic abflußloses System endorheic system Abfragebox Prompt Abschiebung normal fault Absenktrichter drawdown cone Absenkung Drawdown Abstich depth-to-water Ackerbau Agriculture aerobe Atmung aerobic respiration Aktionsbox command button Aktivkohle activated charcoal Aquifermächtigkeit aquifer thickness auf der sicheren Seite Conservative Auffächerung Delta Aufpunkt model point Aufschlusstiefe exposure depth Ausbauplan well development diagram Ausbauradius casing radius ausgelaugt Leached Ausnutzungsgrad utilisation factor Aussteifung Bracing Auswahlfeld drop-down list box Auswertebereich evaluation range bauliche Anlage Structure Begasungssystem aeration system Beiwert Factor, coefficient Bemessungsgröße design value Benzoesäure benzoic acid Benzol Benzene Beobachtungsbrunnen monitoring well Beobachtungspegel observation gauge Betonschale concrete shell Bewehrte-Erde reinforced earth Beweidung Grazing Biegebemessung bending dimensioning Biegung Bend bindigen Böden cohesive soils Bioventing-Anlage bioventing system Bioventing-Anlage bioventing facility Blockgleitmethode wedge method Bodeneigengewicht soil self-weight Bodenkennwert soil property Bodenkunde Pedology Bodenluftabsaugung soil air extraction Bodenpressung soil pressure Bodenprofil soil column Bodenverunreinigung soil contamination Bohrprofil stratigraphic log Böschungsbruchberechnung slope stability analysis Breitengrad Latitude Brunnenspeicherung wellbore storage Combo-Box Combo box Darcy'schen Gesetz Darcy's Law Darstellung Visualisation Deckungsgleichheit Congruence Digitalisiergenauigkeit digitalization precision Digitalisierung Digitisation Direktinjektion direct injection Doppelpfeil Pointer dreiaxialen Druckversuch triaxial compression test Druckgefälle pressure gradient Druckleitung Penstock Drucksetzungskurve load-settlement curve Druckstollen head-race tunnel durchgehende Platte für einen Nagel continuous face-plate for a single nail durchgehender Gewinnung von gekernten Proben continuous core sample recovery Durchlässigkeit Permeability Durchlässigskeitsbeiwert coefficient of permeability Durchstanzen Punching Durchstoßpunkte piercing points Ebene Theme Eigengewicht self-weight Eigenkapazität (Brunnenspeicherung) wellbore storage Einbringung Introduction einspringend Re-entrant Eintretenswahrscheinlichkeit probability of occurrence Einzelparameter individual parameters Elastizität Elasticity Empfehlungen des Arbeitsausschusses Recommendations of the Ufereinfassungen Committee for Waterfront Structures Entlastung Unloading Entnahmerate extraction rate entzerrt Rectified Erdbebenbelastung seismic load Erddruck earth pressure Erddruckkraft earth pressure Erdruhedruck at-rest earth pressure Erdwärme geothermal heat Erdwärmesonde heat exchanger Ersatzboden equivalent soil Ersatzkraft equivalent force Extremereigniss extreme event Fallleitung Penstock Fentons Reagenz Fenton’s reagent Fischpässe fish passages Flächenlast distributed load flächentreue equal area Flächenumgrenzungen area boundaries Förderbrunnen extraction well Form der Darstellung Presentation format Formbeiwert shape factor Ganglinie Hydrograph GC- Chromatogramm GC chromatogram geflochtene Flüsse braided rivers Geländebruch general failure Geogitter Geogrid georeferenziert Georeferenced Georeferenzierung Georeferencing gesättigten Bodenzone saturated zone gespannt Confined gespannter Grundwasserleiter confined aquifer gewonnen Bodenprobe recovered soil sample Gleiten Sliding Gleitfläche slip plane Gleitflächenwinkel slip surface angle Grenztiefe limit depth Großwinkel-Störung high-angle fault Grundablass bottom-outlet Grundbruch bearing capacity failure Grundbruchberechnung bearing capacity analysis Grundbruchsicherheit safety against bearing capacity failure Grundrechenarten basic mathematical operations Grundwasserfließgefälle I groundwater flow gradient I Grundwassergleichenplan groundwater contour diagram Grundwasserleiter Aquifer Grundwassermessstelle groundwater monitoring well Gutachten Report halblogarithmisch semi-logarithmic Hangendblock hanging wall Harnisch Slickensides Heizkraftwerk co-generation power station helvetische Decke helvetic alpine nappe Hilfslinie reference line H-Kraft normal force Hochwasserentlastungsanlage Spillway homogen Homogeneous hydraulischer Grundbruch hydraulic heave Imbrikationsfächer imbricate fan Immissionsrichtwert immission guide value Impressum editorial information Infobox message box insitu-Behandlungsverfahren in-situ treatment method instationär Transient Isohyete isohyetal line isotrop Isotropic Jährlichkeit recurrence interval Kegelschnittprojektion conic projection Kenngröße Parameter Kernweite kernel width Kleinwinkel-Störung low-angle fault Kompressibilität Compressibility Konsolidierungsgrad consolidation ratio Kontaminationsverschleppung contaminant entrainment Korngerüst grain skeleton Korreleationskoeffizient correlation coefficient Länge Longitude Längengrad Longitude längentreue equal length LCKW VOC Leitfähigkeit Conductivity Leitwand guide wall Liegendblock footwall block Linienelement line element Luftfeuchtigkeit Humidity manipulieren Modify Massenerhaltungsgesetz law of mass conservation Maßketten dimension lines Messdatenerfassungssystem data acquisition system Messpunkt measuring point Messrechner logging computer metamorphen Kernkomplex metamorphic core-complex Mittelmeridian central meridian Mündung Mouth Nachweis Verification Nagelwand Nail wall Nebenfluß Tributary Niederschlag Precipitation Norddeutschen Tiefebene North German Plain Nullebene base level Oberflächengeothermie shallow geothermal energy Oberrheintal Upper Rhine Valley ORC Oxygen Release Compounds Ortschaften Settlements Ortsdurchfahrt urban connector Ortshöhe geodetic altitude PAK PAH Passpunkten register points POK (Pegeloberkante) Ga(u)ge datum Porenraum pore space Porenwasserdruck- Stauchungslinie porewater pressure-compression curve Pumpprobe pumped sample Punktobjekt point object Punktthema point theme Quellfluss source river Quellstärke source strength radialsymmetrisch radial-symmetric Rasterdatei raster file Rasterdaten raster data reaktiver Gase reactive gases Ruhewasserspiegel at-rest water level Rumpfflaeche Peneplain sandig Sandy Sanierungsschwellenwert remediation trigger value Sanierungsvarianten remediation variants Säulenversuch column test Säure-Basekapazität acid - alkali capacity Schallschutzmaßnahme noise abatement measure Scherweg Shear path Schichtserie stratigraphic sequence Schiefstellung Tilting schluffig Silty Schneckenbohrung auger drilling Schwäbischen Alb Swabian Alb Seeablagerung lacustrine deposit Seitendruckspannung lateral pressure stress Sicherheitsabfrage confirmation prompt Sickerlinie phreatic line Skalierungsfaktor scaling factor Soloplatte isolated face-plate Sonnenscheindauer sunshine duration Spannungspfad stress path Spannungsverhältnis- Stauchungslinie stress ratio-strain curve Speicherkoeffizient storage coefficient Standardabweichung standard deviation ständigen Last permanent load Steifemodul constrained modulus Stichtagsmessung reference date measurement Stoffgesetz constitutive equation Störung Fault Störungsstufe Scarp Streckenlast line load streckentreu equal distance Streifenfundament strip foundation Stützflüssigkeit supporting fluid Stützkraft support force Stützpunkte Vertices Süddeutschen Molassebecken South German molasses basin Summenkurve cumulative frequency curve syn-sedimentäre Wachstumsstörung synsedimentary growth fault Tanklager fuel depot technischem Sauerstoff industrial oxygen Teilsicherheitskonzept partial safety factor concept Tieflöffelbagger backhoe excavator Toluol Toluene tonig Clayey Tragfähigkeit bearing capacity Tragfähigkeitsbeiwert bearing capacity factor Transmissivität Transmissivity Trichlorethen Trichloroethene Trockenheit Aridity Turbinenleitung Penstock Überschiebungssystem thrust system Überschreitungswahr- scheinlichkeit Exceedance probability Überschüsse Overshoots Übertritt step-over Umgehungsgerinne Spillway ungesättigten Bodenzone unsaturated zone ungespannter GW-leiter unconfined aquifer Unterschüsse Undershoots veränderliche Last changeable load veränderliche Lastgröße changeable load verdrängt Supplanted Verfestigungsgrad average consolidation ratio verödet Desolate Verschiebungsfaktor displacement factor Vertices Vertices V-Kraft shear force Vollrohr blank casing vorbelastet Overconsolidated Vorfeldmessstelle catchment monitoring well Vorfluter higher order water course Vorland-Überschiebungsgürtel foreland fold-and-thrust belt Vorpsrung Salient Wärmepumpe heat pump Wasserhaushalt hydrologic balance Wasserkraft Hydropower wasserrechtlich Riparian Wiederbelastung Reloading winkeltreu equal angle Xylole Xylene Zeitreihe time series Zeitsetzung time-settlement zentralafrikanischen Republik Central African Republic Zerfallskonstante decay constant zerklüftet Convoluted Ziehfalte drag fold Zulaufstollen head-race tunnel Zusammendrückbarkeit Compressibility Zustandserfassung register a nominal condition
Rolled or folded?
I should, of course, have mentioned that you can also purchase the previuosly mentioned map from the GSA. This is the folded version, which will cost you $120.00 as a member or $150.00 as a non-member (of the GSA). The rolled version is $5.00 more expensive, respectively. The only (big) snag here is that the rolled version can only be delivered within North America (US, Canada, Mexico), "Due to international postal regulations"!! I'd like to know what those international postal regulations are
New Geologic Map of North America
The USGS Office of Communication yesterday announced the publication by the GSA (Geological Society of America) of a new geologic map of North America. In light of advances in geological sciences in the 40! (forty) years since the last definitve map was published, it's about time. Just imagine, when the last map was published, plate tectonics was not yet widely accepted, and certainly not taught at universities, and impact craters were known as mere "anomalies" (I think the term "crypto-volcanic structures" may have just come into use about this time).
The maps can be downloaded here.
Findings by Scripps Scientists Cast New Light on Undersea Volcanoes
Study in Science may help change the broad understanding of how they are formed
Researchers at Scripps Institution of Oceanography at the University of California, San Diego, have produced new findings that may help alter commonly held beliefs about how chains of undersea mountains formed by volcanoes, or "seamounts," are created. Such mountains can rise thousands of feet off the ocean floor in chains that span thousands of miles across the ocean.
Since the mid-20th century, the belief that the earth's surface is covered by large, shifting plates--a concept known as plate tectonics--has shaped conventional thinking on how seamount chains develop. Textbooks have taught students that seamount patterns are shaped by changes in the direction and motion of the plates. As a plate moves, stationary "hot spots" below the plate produce magma that forms a series of volcanoes in the direction of the plate motion.
Now, Anthony Koppers and Hubert Staudigel of Scripps have published a study that counters the idea that hot spots exist in fixed positions. The paper in the Feb. 11 issue of Science shows that hot spot chains can change direction as a result of processes unrelated to plate motion. The new research adds further to current scientific debates on hot spots and provides information for a better understanding of the dynamics of the earth's interior.
To investigate this phenomenon, Staudigel led a research cruise in 1999 aboard the Scripps research vessel Melville to the Pacific Ocean's Gilbert Ridge and Tokelau Seamounts near the international date line, a few hundred miles north of American Samoa and just south of the Marshall Islands.
Gilbert and Tokelau are the only seamount trails in the Pacific that bend in sharp, 60-degree angles--comparable in appearance to hockey sticks--similar to the bending pattern of the Hawaii-Emperor seamount chain (which includes the Hawaiian Islands).
Assuming that these three chains were created by fixed hot spots, the bends in the Gilbert Ridge and Tokelau Seamounts should have been created at roughly the same time period as the bend in the Hawaii-Emperor chain, the conventional theory holds.
Koppers, Staudigel and a team of student researchers aboard Melville spent six weeks exploring the ocean floor at Gilbert and Tokelau. They used deep-sea dredges to collect volcanic rock samples from the area.
For the next several years, Koppers used laboratory instruments to analyze the composition of the rock samples and calculate their ages.
"It was quite a surprise that we found the Gilbert and Tokelau seamount bends to have completely different ages than we expected," said Koppers, a researcher at the Cecil H. and Ida M. Green Institute of Geophysics and Planetary Physics at Scripps. "We certainly didn't expect that they were 10 and 20 million years older than previously thought."
Instead of forming 47 million years ago, as did the Hawaiian-Emperor bend, the Gilbert chain was found to be 67 million years old and the Tokelau 57 million years old.
"I think this really hammers it in that the origin of the alignment of these seamount chains may be much more complicated than we previously believed, or the alignment may not have anything to do with plate motion changes," said Staudigel.
Although they do not have positive proof as yet, Koppers and Staudigel speculate that local stretching of the plate may allow magma to rise to the surface or that hot spots themselves might move. Together with plate motion, these alternate processes may be responsible for the resulting pattern of seamounts.
Koppers and Staudigel will go to sea again next year to seek additional clues to the hot spot and seamount mysteries.
"Seamount trails are thousands of kilometers long and even if we are out collecting for several weeks, we still only cover a limited area," said Koppers. "One of the things holding us back in developing a new theory is that the oceans are humongous and our database is currently very small we are trying to understand a very big concept."
The study was funded by the National Science Foundation.
Read the original, with graphics, here.
View from the top
The latest toy from ESA is a map of Europe. It is made up of a set of true-colour Envisat satellite mosaics. Each member country of the EU can be downloaded separately. Below are the UK and Germany. Click to enlarge or go here to view all of Europe and get your own.
Boys from the black stuff
All up the north-east coast, from Hartlepool, just north of the Tees, to Northumberland, you can see seacoal on the beaches. The coal originates from outcrops below the North Sea. It is reworked and washed up on the shores of north-east England. This is something like what you will see:

Seacoal on the beach at Hartlepool
It is generally fine-to-medium grained, but can also be quite coarse. I've even collected handpieces up to about fist-sized. It gets a lot thicker than this and is much more widespread when the tide is right out. The exact extent depends somewhat on the tides and winds. The deposits can reach several inches thick between each tide. See the lens cap in the next picture:
The seacoal is collected from the beaches by seacoal hawkers. When I was a lad in Hartlepool we just called them "'awkers". Not necessarily derogatory, as many assume, a hawker is simply somebody that collects things. Seacoal is cheaper than normal mined coal, or it was back then. When I was a child we would sometimes buy seacoal, at other times, when we were really skint, we would go to the beach to collect some ourselves. We had to take care not to get caught by the hawkers, they weren't too keen on it. I used to like the pungent coal and sea-salt smell when we burned on our open hearth. The hawkers still operate, although there are people trying to destroy their living and way of life. If you see them, and particularly if you live in Hartlepool, spare a thought for them, and stick up for them instead of putting them down, it is a bitter and hard way of earning a living.
In April 2001, The Guardian newspaper carried an excellent article by the same name by Jonathan Tulloch. Read the Boys from the Black Stuff here.
All around the world
I came across this amusing little toy whilst paying a reciprocal visit to fluffy as a cat. You can generate a map of the world showing the countries you have visited. Makes me look damn near cosmopolitan ... Although it looks as though I'm gonna have to get to South America and Africa somewhen.
create your own visited country map or check our Costa Rica travel guide
The Huntsman's Chair
There are lots of these around here. In fact, you find them all over the country. A lot of them look more or less ramshackle and are in varying states of disrepair. The architecture ranges from quite open, as in this one, to completely enclosed, but with windows (well, usually clear plastic flaps). They are generally located on the edge of a woods, or in a wood, on the edge of a clearing. Hunters use them to watch out for prey. Some use them for animal- or bird-spotting. I've been thinking of hijacking one for some photography.

The Huntsman's Chair
Eston Hills Ironstone
The ironstone mined from the Eston Hills once helped power the industrial revolution. Looking north from the northern edge in this picture you can see as far as Hartlepool Bay and the Headland. The nuclear power station can be seen centre left (the big, squarish block). To the right is the North Sea. Actually, the picture shows more of Teesbay than Teeside.

View from Eston Hills over Teeside to Hartlepool
Misengineering and mistranslation causes panic
It's not too often that I get to write about translation and geotechnical engineering in the same post. My monthly Ground Engineering reports on a case of (apparently) material fatigue causing failure on Junttan PM 20 piling rig undercarriage track beam.
In a statement issued in November (2004) customers were requested to immediately inspect the rigs in accordance with a service information bulletin and were warned that if the units were misused and "not inspected on a regular basis, then cracks may appear and, ultimately, the component may break [sic]".
The daily inspection recommendation was later withdrawn after Junttan confessed that the component in question was "not the easiest component to inspect". Their UK agent said the statement "was incorrectly translated from Finnish to English and daily checking would be impossible to implement." Apparently, this mistranslation caused a lot of alarm amoing some contractors using the rigs.
If you own one of these rigs it is now recommended you inspect on a weekly basis.





