New the Hydrological Sciences Journal

Hydrological Sciences Journal

The Hydrological Sciences Journal is the publication of IAHS International Association of Hydrological Sciences.  IAHS is the oldest and foremost international nongovernmental organization which deals with hydrology and water resources.  The Hydrological Sciences Journal is the official journal of IAHS.  The scope of the journal includes:

  • the hydrological cycle on the Earth
  • surface water, groundwater, snow and ice, in all their physical, chemical and biological
    processes, their interrelationships, and their relationships to geographical factors,
    atmospheric processes and climate, and Earth processes including erosion and
    sedimentation
  • hydrological extremes and their impacts
  • measurement, mathematical representation and computational aspects of hydrological
    processes
  • hydrological aspects of the use and management of water resources and their change
    under the influence of human activity
  • water resources systems, including the planning, engineering, management and
    economic aspects of applied hydrology.

Original papers are welcome all papers submitted to the Journal are peer reviewed by an international panel of Associate Editors and other experts.  More information at: http://iahs.info/hsj/Publishing_In_HSJ_20100401.pdf

 

Monthly Weather Review

The Engineering Library has renewed its subscription to the Monthly Weather Review.  The Online release is published by the American Meteorological Society (AMS).  The Journal Researches results relevant to the analysis and prediction of observed atmospheric circulations and physics, including technique development, data assimilation, model validation, and relevant case studies. This includes papers on numerical and data assimilation techniques that apply to the atmosphere and/or ocean environments as well as socioeconomic analyses of the impacts of weather and weather forecasts.  MWR focuses on phenomena having seasonal and subseasonal time scales. Reviews of climatological aspects of high-impact events such as hurricanes, as well as review articles, are occasionally published.

View the Journal

Pi Day Photos

Pi Day Featured:

  • 366 apple pie bites eaten in 1 hour and 24 minutes!
  • 7 games of Pi Day Trivia featuring questions on Pi and Pie!

View more pictures in our facebook album.   Photos by: Carol Grow Johnk

 

 

Thank you to the College of Engineering Outreach Agents for creating the trivia questions and to Grace Baron, Amanda Senn, and Shaan Amin for running the game!

Also, a big thank you to Amanda Schreiner,  Ann Khan, and Ilsa May for help with keep up with the food and beverages.

Come Celebrate Pi Day with Free Pie!

         Pi symbol

Celebrate Pi Day!
on Thursday, March 14th
at 1:59 – 4:00 pm

In front of the Lichtenberger Engineering Library in the Student Commons.

 

There will be FREE apple pie bites, lemonade, and coffee as well as a trivia competitions every 15 minutes.

Pi, Greek letter, is the symbol for the ratio of the circumference of a circle to its diameter. Pi Day is celebrated by math enthusiasts around the world on March 14th. Pi = 3.1415926535…. Pi is used in many different fields and can be seen in our everyday lives. It may be seen in art, structural design, body mobility, navigation, and probability. To celebrate the versatility of this number, the Lichtenberger Engineering Library and the College of Engineering have joined together to bring you free pie bites. Join us for this fun event!

3/14 is also Albert Einstein’s birthday!

Iowa Meteorite Crater Confirmed

USGS Airborne Surveys Back Up Previous Decorah Research Released: 3/5/2013 9:01:00 AM

U.S. Department of the Interior, U.S. Geological Survey   Office of Communications and Publishing 12201 Sunrise Valley Dr, MS 119 Reston, VA  20192 Heidi  Koontz 1-click interview Phone: 303-202-4763
Robert McKay Phone: 319-335-1575

 

Recent airborne geophysical surveys near Decorah, Iowa are providing an unprecedented look at a 470- million-year-old meteorite crater concealed beneath bedrock and sediments.
The aerial surveys, a collaboration of the U.S. Geological Survey with the Iowa and Minnesota Geological Surveys, were conducted in the last 60 days to map geologic structures and assess the mineral and water resources of the region.
“Capturing images of an ancient meteorite impact was a huge bonus,” said Dr. Paul Bedrosian, a USGS geophysicist in Denver who is leading the effort to model the recently acquired geophysical data. “These findings highlight the range of applications that these geophysical methods can address.”
In 2008-09, geologists from the Iowa Department of Natural Resources’ (Iowa DNR) Iowa Geological and Water Survey hypothesized what has become known as the Decorah Impact Structure. The scientists examined water well drill-cuttings and recognized a unique shale unit preserved only beneath and near the city of Decorah. The extent of the shale, which was deposited after the impact by an ancient seaway, defines a “nice circular basin” of 5.5 km width, according to Robert McKay, a geologist at the Iowa Geological Survey.
Bevan French, a scientist the Smithsonian’s National Museum of Natural History, subsequently identified shocked quartz – considered strong evidence of an extra-terrestrial impact – in samples of sub-shale breccia from within the crater.
“The recognition of this buried geological structure was possible because of the collaboration of a local geologist, water well drillers, the USGS STATEMAP program, and the support of the Iowa DNR concerning research on fundamental aspects of Iowa geology,” said McKay.
The recent geophysical surveys include an airborne electromagnetic system, which is sensitive to how well rocks conduct electricity, and airborne gravity gradiometry, which measures subtle changes in rock density. The surveys both confirm the earlier work and provide a new view of the Decorah Impact Structure. Models of the electromagnetic data show a crater filled with electrically conductive shale and the underlying breccia, which is rock composed of broken fragments of rock cemented together by a fine-grained matrix.
“The shale is an ideal target and provides the electrical contrast that allows us to clearly image the geometry and internal structure of the crater,” Bedrosian said.
More analysis of the data will provide additional detail. These data show the impact as a nearly circular region distinct from the surrounding area to a depth of several hundred meters.
“These data, when coupled with physical property measurements on drill core samples, will form the basis for modeling efforts to constrain the impact geometry and energy of the meteorite,” said Dr. Andy Kass, a USGS geophysicist working on the effort.
The Iowa and Minnesota airborne geophysical surveys are targeting an igneous intrusion, known as the Northeast Iowa Igneous Intrusive complex, that may be similar to the Duluth layered igneous complex exposed in the Lake Superior region of northern Minnesota. Known copper, nickel, and platinum group metal resources were deposited during the formation of the Duluth complex. Both of these complexes are associated with a large structural feature known as the Midcontinent Rift, which is exposed in the Lake Superior Region but is covered by younger rocks as it extends to the south through Iowa, Nebraska, Kansas, and Missouri.
This geophysical survey is part of a larger USGS effort to evaluate the concealed mineral resource potential of the greater Midcontinent Rift region that formed about 1.1 billion years ago.

Scopus mobile app: Scopus Alert for iPhone

Scopus mobile app: Scopus Alert for iPhone

By

Xiaomei GuFebruary 12, 2013 Posted in: Combo, Library Resource, Uncategorized

The Scopus Alert for iPhone app allows you to 1) do keyword search, 2) email, bookmark, and tweet an article, and 3) receive email alerts when articles get cited. Keep in mind that you can only view abstracts,

Scopusapp

and full-text links are NOT available. A workaround is to email an article to oneself and access the fulltext outside of the app.

Before you download and install SciVerse Scopus Alerts (institutional subscriber’s version) from the App Store on your iPhone, you need to create a Scopus account at http://purl.lib.uiowa.edu/scopus. You will be prompted to enter your Scopus log in and password and your UIowa email when you first open this app. Detailed instruction can be found at SciVerse Scopus iPhone app User Guide (PDF file).

scopus

Scopus is a multidisciplinary database with substantial international coverage. All citations that are in EMBASE are also in Scopus. Scopus also allows you to measure an author’s scholarly impact and to track an article’s cited and citing references.

Come to Hardin Library on Tuesday, Feb 19th, 1:00-2:00 pm and learn more about Scopus. Register for the class at http://www.lib.uiowa.edu/hardin/workshop/.