41. Toxicity, Ecotoxicity And Chemistry Data Sources For Hazardous Substance Applica Toxicity, ecotoxicity and chemistry data relevant to applications for hazardoussubstances under Part V of the HSNO Act is widely available on the internet, http://www.ermanz.govt.nz/hs/toxic-ecotoxic-chem.asp

Home About Us New Organisms Hazardous Substances ... Check Hazardous Substances already in New Zealand Make an Application Determining the Status of a Substance Importation or Manufacture of a Hazardous Substance for Release (rapid assessment) Importation or Manufacture of a Hazardous Substance for Release Importation or Manufacture of a Hazardous Substance in Containment ... Make an Application Toxicity, Ecotoxicity and Chemistry Data Sources for Hazardous Substance Applications Toxicity, ecotoxicity and chemistry data relevant to applications for hazardous substances under Part V of the HSNO Act is widely available on the internet, generally free of charge. The following links to databases are provided for applicants to assist with the preparation of applications. Please note that this is not a complete list of potential data sources. Subject to the information requirements for the type of application to be submitted, you may need to consider searching more widely for data in support of the application. Any internet search engine may be used, with relevant key search terms. We find Google ( www.google.co.nz

42. Bridge - Chemistry Data Tip Archives Data Tips with this icon contain special stepby-step Microsoft Excel In thisData Tip, we ll take a look at trade and fisheries data to find out who http://www.vims.edu/bridge/chemistryarchives.html

Data Tips with this icon contain special step-by-step Microsoft Excel graphing instructions for advanced levels. September 2004 - $$$eaweed -Seaweed has been traditionally harvested in Europe, Asia and the Pacific Islands for thousands of years, and today harvesting seaweed is big international business. In this Data Tip, we'll take a look at trade and fisheries data to find out who are the big harvesters and importers. May 2003 - Diversity of the Deep - Explore the diversity of organisms living on deep sea hydrothermal vents. The species in these unique communities have evolved to thrive in extreme temperatures and no light. This month's data activity will introduce you to some of the common statistical measurements of diversity as you compare the organisms found at various locations on a hydrothermal vent at the Juan de Fuca Ridge. January 2001 - Seasonal Lake Stratification - The Great Lakes form the largest fresh surface water system on Earth, and significantly impact weather and climate. Access the Great Lakes Forecasting System database to examine seasonal temperature stratification in Lake Erie then draw your prediction of the lake's winter temperature profile. October 1999 - The Dead Zone: A Marine Horror Story - Learn about the cause and implications of the Gulf of Mexico dead zone. Includes maps illustrating the size of the Mississippi River watershed and the dead zone. The data provides water quality measurements, and students are asked to graph dissolved oxygen versus depth. Can you think of potential solutions to the problem?

43. Licking River Field Chemistry Data Licking River Field chemistry data. The following table contains field chemistryresults reported by volunteers from the Licking River Watershed Watch http://kywater.org/watch/lrpH_DO.htm

Licking River Field Chemistry Data The following table contains field chemistry results reported by volunteers from the Licking River Watershed Watch Project from May of 1998 till October of 1998. pH was done by Lamotte Wide Range Colormetric tests, Dissolved Oxygen was done by Lamotte Modified Winkler Titration Method. These are preliminary results for review by project volunteers. lrpH_DO.xls Download MS Excel 5.0 Spreadsheet of data Date Sample Location Description Flow Rainfall Dissolved Oxygen mg/l pH SU Temp C L01 Kinniconnick Creek L02 Salt Lick Creek L04 Locust Creek L08 Gunpowder Creek L13 Elk Fork L14 Licking River L15 Beaver Creek L16 Slate Creek L18 North Fork Triplett Creek L19 Triplett Creek L20 Slate Creek L21 Salt Creek L23 Mill Creek, 324 bridge at Helena L24 Johnson Creek, Barker Farm L25 Fleming Creek, Newsom Rd. Bridge L26 Locust Br., SR1515 Whitaker Farm L27 Fox Creek, Grange City covered bridge L28 Crooked Creek L29 Licking River L30 Licking River L33 Licking River L36 Licking River L40 Hinkston Creek L41 Hinkston Creek L42 Huston Creek L43 Stoner Creek L45 Stoner Creek L47 Townsend Creek L48 Four Mile Creek L52 Blackwater Creek L56 Licking River Licking River Last Updated on 11/18/98 By Ken Cooke: Kentucky Water Watch Email: kywwp@igc.org

44. Chemistry Division Chemistry Division (SDC). Mission. Serve the best interests of the USAF and war fighter by providing analytical chemistry data and related support for http://www.brooks.af.mil/afioh/Laboratories/sdc_home.htm

45. RockWare- EQuIS Chemistry: Environmental Database For Chemistry Data EQuIS Geology environmental database for chemistry data one of numerous quality,affordable software products sold by RockWare. http://www.rockware.com/catalog/pages/equischem.html

The standard database for environmental subsurface data EQuIS Chemistry Click to enlarge EQuIS E nvironmental Q uality I nformation S ystemis used by regulators, consultants, and property owners around the world to manage environmental data. EQuIS Geology is a comprehensive database for manipulating lithology, downhole point data, geologic samples and much more. EQuIS Chemistry supports the highest levels of QA/QC in environmental sampling, but can also be easily used for the most basic normal chemical results. Ensuring high data quality, EQuIS powerfully links to the world's most popular visualization and analysis software packages. Encapsulated GIS Click to enlarge The EQuIS ArcView GIS Interface facilitates data management and analysis in a GIS environment with unparalleled and intuitive ease of use. In addition to many options for viewing chemical data themes, the latest version includes single-click access to true 3D visualization. From ArcView , data may be queried for both Geology and Chemistry, and single click exports are provided for many common packages. Advanced Chemistry Click to enlarge EQuIS accommodates advanced chemistry sufficient to manage Superfund and ERPIMS projects. The

46. Acorn Naturalists' Product Information INSIDE RAIN, Working with Precipitation chemistry data. NSTA. Comprehensive highschool curriculum that teaches student’s how to use real data to explore http://www.acornnaturalists.com/store/xq/asp/SID.2/Product_ID.272/qx/product1.ht

Search by subject, description, title, author, keyword, catalog number, or anything else. Questions? Call (800) 422-8886 Science and Environmental Education Resources Outdoor Education Tools and Techniques Resources for Interpreters and Naturalists New Teaching Methods and Assessment Techniques ... Gift Certificates Related areas: Science and Environmental Education Resources Science and Environmental Education Activities Air, Energy, Rain and Climate Change Click here to navigate >Air, Energy, Rain and Climate Change INSIDE RAIN, Working with Precipitation Chemistry Data. #WATER-9069 Your Price - Description INSIDE RAIN, Working with Precipitation Chemistry Data. NSTA. Comprehensive high school curriculum that teaches student’s how to use real data to explore local rainfall. Package unit consists of four modules: (1) Teacher’s Guide with activities that involve analyzing and mapping data, studying rain formation patterns, chemical concentrations, acid rain and toxic chemicals in precipitation; (2) Teach with Databases guide that shows students how to gather background information and develop conclusions from data; (3) The National Atmospheric Deposition Program map report; and (4) Inside Rain, A Look at the National Atmospheric Deposition Program which explains how one accesses the data. A complete collection of activities for investigating rain – in the lab, outdoors and on-line. Designed for grades 9-12. #WATER-9069. $19.95/package set. Please indicate quantity in the box below:

47. EPA SON Precipitation Chemistry Data-Program Information Chesapeake Bay resource center of the Maryland Department of Natural Resourcesprovides information on the Chesapeake Bay. http://www.esm.versar.com/pprp/features/aciddep/regional_sites/epa_son/epa_prog_

EPA SON Precipitation Chemistry Data-Program Information (NOTE: A general monitoring program description is not available at this time.) Monitoring Sites Data Analysis and Processing Return to the Atmospheric Deposition Page Return to the Maryland DNR Home Page Return to the Power Plant Research Program Page Return to the PPRP Program Activities Page This page was updated on July 30, 2002.

48. Terra Launches A New Era For Atmospheric Chemistry chemiststhe end of a long, long wait for muchneeded chemistry data. set of chemistry data beginning in early April, if all goes as planned. http://www.ucar.edu/communications/quarterly/spring00/terra.html

UCAR Communications Quarterly Spring 2000 ... Search Spring 2000 Terra launches a new era for atmospheric chemistry by UCAR Communications staff Terra heads for space on a missile launched at Vandenberg Air Force Base, 18 December 1999. (Photo courtesy of NASA.) The launch of NASA's Terra satellite on 18 December was the beginning of the end for atmospheric chemiststhe end of a long, long wait for much-needed chemistry data. The data that weather satellites have provided over the years have transformed our understanding of the dynamics of the atmosphere. Chemists have benefited from these observations as well, but they have had few long-term, continuous satellite measurements tailored for them. The Measurement of Pollutants in the Troposphere instrument on Terra will provide a unique set of chemistry data beginning in early April, if all goes as planned. MOPITT measures carbon monoxide and methane, two trace gases that offer quite different information about the atmosphere's chemical processes. "The thing that makes you want to measure CO is the insight you hope it will give you into the atmospheric chemistry," said John Gille (NCAR Atmospheric Chemistry Division, or ACD). Gille and James Drummond (University of Toronto) evolved the idea of MOPITT in 1987, when NASA's Earth Observing System program was young. Drummond is now the MOPITT principal investigator, and Gille heads the 20-person ACD team that developed the software to retrieve and process the instrument data.

49. R: Physico-Chemistry Data . This data set gives for 39 water samples aphysico-chemical description with the number of sample date and the flows of......Physicochemistry data. http://pbil.univ-lyon1.fr/ade4html/rhone.html

R Documentation Physico-Chemistry Data Description This data set gives for 39 water samples a physico-chemical description with the number of sample date and the flows of three tributaries. Usage data(rhone) Format rhone is a list of 3 components. tab is a data frame with 39 water samples and 15 physico-chemical variables. date is a vector of the sample date (in days). disch is a data frame with 39 water samples and the flows of the three tributaries. Source Carrel, G., Barthelemy, D., Auda, Y. and Chessel, D. (1986) Approche graphique de l'analyse en composantes principales normée : utilisation en hydrobiologie. Acta Oecologica, Oecologia Generalis Examples [Package Contents]

50. Chemistry, Interactive And Printable Periodic Table Of The Elements Printable Interactive periodic table of the elements, chemistry data tables and pictures of elements. http://profmokeur.ca/chemistry/

51. Soil Chemistry Data Tables (The data below is in a table format only compatible with some newer browsers).Batemans Bay Soil Chemistry. Exchangeable Cations (cmoles(+) / kg), Base http://www.ffp.csiro.au/nfm/mdp/bbproj/soiltabs.htm

Soils: Soil Geochemistry Data (The data below is in a table format only compatible with some newer browsers) Batemans Bay Soil Chemistry Exchangeable Cations (cmoles(+) / kg) Base Acid Ca:Mg Ca:Al Base:Acid Plot No. Site Depth Gravel Ca Mg K Na Al H ECEC Total Bases Total Acidity Saturation Saturation Ratio Ratio Ratio Total N Total P (cm) pH (µg/g) Soil and Geology Methodology Summary Tables

52. RM-RP-325: Water Chemistry Of Rocky Mountain Front Range Aquatic Ecosystems Data were collected to examine the water chemistry of Front Range highelevation Water chemistry data from synoptic surveys of high-elevation lakes in http://www.fs.fed.us/rm/pubs_rm/rm_rp325.html

RMRS Online Publication RM-RP-325: Water Chemistry of Rocky Mountain Front Range Aquatic Ecosystems Musselman, Robert C.; Hudnell, Laura; Williams, Mark W.; Sommerfeld, Richard A. Water chemistry of Rocky Mountain front range aquatic ecosystems . Res. Pap. RM-RP-325. Fort Collins, CO: U.S. Department of Agriculture, Forest Service, Rocky Mountain Forest and Range Experiment Station. 13 p. Keywords: water chemistry, alpine/subalpine lakes and streams, atmospheric deposition, nitrogen saturation, ecosystems, aquatic About PDFs: For best results, do not open the PDF in your Web browser. Right-click on the PDF link to download the PDF file directly to your computer. Click here for More PDF help or order a printed copy of this publication Download RM-RP-325 http://www.fs.fed.us/rm/pubs_rm/rm_rp325.pdf PDF File Size: 400 K How to order a publication ... Title: RM-RP-325: Water Chemistry of Rocky Mountain Front Range Aquatic Ecosystems Electronic Publish Date: October 26, 2004 Last Update: October 26, 2004

53. CASTNet Dry Chemistry Data CASTNet Dry chemistry data. Daily US data of the Clean Air Status and TrendsNetwork (CASTNet). The voyager files included in this zip archive are for data http://capita.wustl.edu/CAPITA/DataSets/CASTNet/DryChem/DryChem.html

54. Water Chemistry All water chemistry data are entered into the STORET database. Fixed stationtrend data are summarized in reports produced by the WD (see links, below). http://www.michigan.gov/deq/0,1607, 7-135-3304-32361--,00.html

Skip Navigation Michigan.gov Home Permits Programs document.form2.SearchCriteria.size=10; [Printer Friendly] [Text Version] Water Chemistry Contact: Christine Aiello (517) 241-7504 Agency: Environmental Quality One component of the Strategy is expanded and improved water chemistry monitoring. Historically, funding reductions as well as limitations in analytical quantification levels have restricted the overall effectiveness of the DEQ water chemistry monitoring efforts. The number of long-term water quality sites assessed by DEQ declined from over 100 in the late 1980's to just 13 on the Detroit River and 8 on Saginaw Bay in 1997. However, the passage of the Clean Michigan Initiative in 1998, and subsequent appropriations by the State Legislature since Fiscal Year 2000, has resulted in a substantial funding increase for the implementation of the Strategy, which includes several water chemistry monitoring activities. In addition, recent technological advances, especially low-level analytical techniques for metals and organic chemicals, now make it possible to collect high-quality water chemistry data that are directly relevant to priority environmental issues at a reasonable cost. The enhanced water chemistry monitoring is consistent with existing DEQ programs and activities.

55. Notre Dame Radiation Laboratory - Radiation Chemistry Data Center Chemical property data (such as reaction rate constants, and redox potentials,) historic bibliographic information from the RCDC bibliographic database, and recent papers in radiation chemistry and photochemistry. Also includes an online continuation of the Biweekly List of Papers in Radiation Chemistry and Photochemistry. http://allen.rad.nd.edu/

Welcome to the NDRL Radiation Chemistry Data Center! T he Radiation Chemistry Data Center of the Notre Dame Radiation Laboratory is an information resource dedicated to the collection, evaluation, and dissemination of data characterizing the reactions of transient intermediates produced by radiation chemical and photochemical methods. T he Center makes the result of its data projects available in printed compilations and bibliographies. On-line documents and databases are also available through these web pages. Please follow one of the links below to find out more about the center and its data resources. About the Center and its Mission The Radiation Chemistry Data Center The RCDC Web Site: an Overview On-Line Resources Compilations of Chemical Property Data Introduction Browse RCDC Kinetics Databases Introduction Search RCDC Bibliographic Database Introduction Search Recent Papers in Radiation Chemistry and Photochemistry Introduction Browse Latest (Updated 2005-09-15) Books and Journals Radiation Chemistry Reading Room Journal Holdings for the Reading Room T he Radiation Chemistry Data Center of the Notre Dame Radiation Laboratory W ork supported by: Division of Chemical Sciences Office of Basic Energy Sciences United States Department of Energy E-mail: madden.1@nd.edu

56. Quantum Chemistry Data Base Group Department of Synthetic Chemistry and Biological Chemistry, Kyoto University, Department of Chemistry, Hokkaido University of Education, Kushiro, http://qcldb2.ims.ac.jp/qcdbg.html

QCDB Group QCLDB II on Web has been developed and maintained by the QCDB Group. Haruo HOSOYA Chairman Ochanomizu University, (Emeritus Professor), Tokyo 112-8610 (JAPAN) Shinichi YAMABE Cochairman Nara University of Education, Nara 630-8528 (JAPAN) Kenro HASHIMOTO Computer Center, Tokyo Metropolitan University, Hachioji, Tokyo 192-0397 (JAPAN) Nobuaki KOGA Graduate School of Information Informatics, Nagoya University, Nagoya 464-8601 (JAPAN) Toshio MATSUSHITA Department of Chemistry, Osaka City University,Osaka 558-8585 (JAPAN) Hidenori MATSUZAWA Department of Life and Environmental Sciences, Chiba Institute of Technology, Narashino, Chiba 275-0023 (JAPAN) Satoshi MINAMINO Research Center for Computational Science,Okazaki National Research Institutes, Okazaki 444-8585 (JAPAN) Umpei NAGASHIMA National Institute of Advanced Industrial Science and Technology, 1-1-1 Higashi, Tsukuba, Ibaraki 305-8562, (JAPAN) Shinkoh NANBU Research Center for Computational Science, Okazaki National Research Institutes, Okazaki 444-8585 (JAPAN) Keiko TAKANO Graduate School of Humanities and Sciences, Ochanomizu University, Tokyo 112-8610 (JAPAN)

57. Quantum Chemistry Data Base Group Quantum Chemistry Literature Data BaseBibliography of Ab Initio Calculationsfor 19781980 , Elsevier Scientific Publishing Co., Amsterdam, 1982. http://qcldb2.ims.ac.jp/pub.html

Q CLDB has been published and supplemented annually as special issues of THEOCHEM. K.Ohno and K.Morokuma, eds. "Quantum Chemistry Literature Data BaseBibliography of Ab Initio Calculations for 1978-1980", Elsevier Scientific Publishing Co., Amsterdam, 1982. Supplement 1, "Bibliography of Ab Initio Calculations for 1981", J.Mol.Str. 91 (THEOCHEM,8), 1(1982). Supplement 2, "Bibliography of Ab Initio Calculations for 1982", J.Mol.Str. 106 (THEOCHEM,15), 1(1983). Supplement 3, "Bibliography of Ab Initio Calculations for 1983", J.Mol.Str. 119 (THEOCHEM,20), 1(1984). Supplement 4, "Bibliography of Ab Initio Calculations for 1984", J.Mol.Str. 134 (THEOCHEM,27), 1(1985). Supplement 5, "Bibliography of Ab Initio Calculations for 1985", J.Mol.Str. 148 (THEOCHEM,33), 181(1986). Supplement 6, "Bibliography of Ab Initio Calculations for 1986", J.Mol.Str. 154 (THEOCHEM,39), 1(1987). Supplement 7, "Bibliography of Ab Initio Calculations for 1987", J.Mol.Str. 182 (THEOCHEM,51), 1(1988). Supplement 8, "Bibliography of Ab Initio Calculations for 1988", J.Mol.Str. 203 (THEOCHEM,62), 1(1989).

58. GEOLOGY & CEMISTRY APPLICATIONS This application determines the geologic unit that chemistry data samples This application uses both geology data and chemistry data to build a true 3D http://www.ctech.com/evs_help/geology_cemistry_applications.htm

CLICK_THIN_FENCE.V This application demonstraes use of the thin fence module to draw polylines on the surface of the object. The thin cut in the view is resulted from the polylines. CUT_EXTERNAL_PLANE.V COASTAL_FACILITY.V This network demonstrates a coastal facility which was created using geology chemistry data, 3D building from CAD and an aerial photo of the site. The loop module is used to animate cutting away the geology to reveal the contaminant plume with labeled isolines. GEO_CATEGORIZING_CHEMISTRY.V This application determines the geologic unit that chemistry data samples fall into and writes the results in a UCD file DRAW_FENCE_CUT.V Use Alt+Left Mouse Button to draw the path for a fence. The path is drawn on the transparent ground surface. The fence is created as each section is drawn. The path line segments can be drawn from any view EXPLODE_SOLID_PLUME.V This application shows a model with 5 layers representing geology and chemistry data The plume is shown with solid colored contours. FENCECUT_SOLIDSET_LEGEND3D.V

59. Loading Existing EVS Geology Or Chemistry Files In ArcView for viewing chemistry mapped into geologic layers, posting chemistry data, an example of an application utilizing both geology and chemistry data, http://www.ctech.com/evs_help/loading_evs_files.htm

Loading Existing EVS Files in ArcView Licensed users have the option of launching with files that are created using the extension OR existing data files that are selected as shown in this topic. If you have existing EVS geology or chemistry files you can select any of the EVS file types from each of the "Create" options on the EVS pull-down menu. For each option there is a button named "Load existing file-type file" (for example, the button: "Load Existing CSV File" appears within the Create CSV File dialogue window). The discussion of EVS file formats can be viewed by clicking here: To demonstrate this approach let’s Load a geology file and a chemistry file, thus enabling all of the EVS For ArcView applications. First, choose the following CSV file by selecting EVS Create CSV File: Then choose a geology file so we will have application choices that include both chemistry and geology applications. For this example we will choose a .GMF file (though the applications will use either GMF or GEO files. Pick the following GMF file by selecting EVS Create GMF File: What have you accomplished by selecting both a chemistry file and a geology file?

60. Bioinformatics Institute Singapore Bioinformatics conducting informatics research, development, and training, to generate knowledge from large volumes of Biology and chemistry data http://www.bii.a-star.edu.sg/

Bioinformatics Institute Vision To be a premier International Bioinformatics Institute by fostering and conducting leading-edge informatics research and development, providing quality training, and generating knowledge from large diverse volumes of Biology, Chemistry and Medical data. Bioinformatics Institute Mission To foster high quality, innovative, and multi-disciplinary research and post-graduate training in Bioinformatics To generate Intellectual Property by creating knowledge base, tools and methods to manage and understand large, diverse biological, chemistry and medical datasets To actively engage in Knowledge and Technology transfer Bioinformatics Institute Focus: Research Education National Resource Partnership ... BIOPOLIS Announcements Singapore Bangalore Biomedical Symposium 8th - 9th Sep 2005 More details here.

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