Skip to main content
U.S. flag

An official website of the United States government

This site is currently in beta, and your feedback is helping shape its ongoing development.

Return to search results

NOAA/WDS Paleoclimatology - Allen - February Creek - ATSE - ITRDB AUSL039

Published by NOAA National Centers for Environmental Information | National Oceanic and Atmospheric Administration, Department of Commerce | Metadata Last Checked: January 26, 2026 | Last Modified: 2016-05-19T00:00:00.000+00:00
This archived Paleoclimatology Study is available from the NOAA National Centers for Environmental Information (NCEI), under the World Data Service (WDS) for Paleoclimatology. The associated NCEI study type is Tree Ring. The data include parameters of tree ring with a geographic location of Tasmania, Australia. The time period coverage is from 367 to -61 in calendar years before present (BP). See metadata information for parameter and study location details. Please cite this study when using the data.

Resources

22 resources available

  • Metadata Landing Page

    PLACEHOLDER/VALUE
  • NOAA Study Page

    PLACEHOLDER/VALUE
  • NCEI Tree Ring Page

    PLACEHOLDER/VALUE
  • /treering/measurements/correlation-stats/ausl039.txt

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039w.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039t.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039g.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039f.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039d.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039c.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • /treering/measurements/australia/ausl039.rwl

    PLACEHOLDER/VALUE
  • NCEI Direct Download

    PLACEHOLDER/VALUE
  • Associated Reference published 2015

    PLACEHOLDER/VALUE
  • GCMD Keyword Forum Page

    PLACEHOLDER/VALUE
  • PaST Thesaurus

    PLACEHOLDER/VALUE
  • NCEI Contact Information

    PLACEHOLDER/VALUE

Find Related Datasets

Click any tag below to search for similar datasets

Earth Science > Climate Indicators > Paleoclimate Indicators > Biological Records > Tree Rings Earth Science > Paleoclimate > Land Records > Tree Rings earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree ring earth science > paleoclimate > tree-ring > width ATSE Athrotaxis selaginoides D. Don King Billy pine What: tracheid diameter; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: average microfibril angle; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: average microfibril angle; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: age; Material: null What: total ring density; Material: null What: earlywood tracheid diameter; Material: null What: latewood density; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: earlywood tracheid diameter; Material: null What: total ring width; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: average cell wall thickness; Material: null What: tracheid diameter; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: average cell wall thickness; Material: null What: total ring density; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: tracheid diameter; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: total ring width; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: latewood density; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: average microfibril angle; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null What: earlywood tracheid diameter; Material: null Continent > Australia/New Zealand > Australia > Tasmania > February Creek > LATITUDE -41.45 > LONGITUDE 146.15 DOC/NOAA/NESDIS/NCEI > National Centers for Environmental Information, NESDIS, NOAA, U.S. Department of Commerce

data.gov

An official website of the GSA's Technology Transformation Services

Looking for U.S. government information and services?
Visit USA.gov