Dendrochronology tree ring dating kit when do you become exclusive dating

Please email Jesse (email address above) your desire to do this half-day trip or not.Lecture: ARSTAN (DPL version): Detrending and robust mean (Paul Sheppard) Fritts et al.: Modified negative exponential Excel spreadsheet not filled in Excel spreadsheet filled in Paul's first modified negative exponential Cook-Peters: Cubic smoothing spline Spreadsheet spline demo Cook: Robust Mean Spreadsheet robust mean Cook-Holmes: 1986 ARSTAN Users Manual 1999 ARSTAN Users Manual ARSTAN output Lecture: Time-series properties (interannual variability & autocorrelation) (Paul Sheppard) Douglass: Mean sensitivity Strackee & Jansma: Mean sensitivity Bunn: Intro to dpl R Biondi & Qeadan: Gini coefficient Bunn et al.: Mean sensitivity Spreadsheet of interannual variability measures Ed Wright demo of indices of interannual variability Yamaguchi: Crosscorrelation of tree-ring series Spreadsheet of cross-correlations A prototype presentation of a final chronology Ecology morning: start field week departing LTRR by AM, drive to Flagstaff, arriving at Merriam Powell Research Station by noon Ecology afternoon: Practice first try at collecting increment cores (Paul Sheppard & Jesse Minor) Map of fire-scar specimens sampled previously at MPRS Arno & Sneck: Fire history dendro techniques, especially how to collect partial cross-sections Ecology late afternoon: cleaning, care, and sharpening of increment borers (Jesse Minor et al.) Ecology dinner ( PM): at Merriam Powell (the pasta meal, plus salad, beverages, & dessert) Ecology evening ( PM): Invited lecture: Ecological history of ponderosa pine of the Mogollon Rim (Pete Fulé confirmed) Ecology AM: At MPRS, Centennial Forest overview (Ms.

Lecture: Physical and biological basis of tree rings (Steve Leavitt, confirmed, classroom) Speer: Botanical basis of dendrochronology Bowyer et al.: Tree growth & woody tissue Bowyer et al.: Composition & structure of wood cells Bowyer et al.: Softwood structure Bowyer et al.: Hardwood structure Vaganov et al.: Mechanistic model of tree-ring growth Steve's powerpoint slides Ongoing Dendrochronology on the Navajo Nation (Chris Guiterman, Classroom) Guiterman and Margolis: Vulnerabilities of Navajo Nation forests to climate change Savage and Swetnam: Fire decline following sheep pasturing in Navajo ponderosa pine Whitehair et al.: Fire regime in a cultural landscape of Navajo Nation Campfire chat: Principles: uniformitarianism (but, age effects & divergence) (Paul Sheppard) Speer: Uniformitarianism Szeicz & Mac Donald: Age-dependent dendroclimate modeling D'Arrigo et al.: Divergence Field demo: unsticking borers from trees (Paul Sheppard) • Phipps: How-to manual for processing increment cores (pages 18-20 cover unsticking borers from trees) • Yamaguchi: Retrieving a stuck borer • Loader: The "Decorum" borer unsticker A couple student presentations: background and research (bring a powerpoint with a few slides, e.g., a map, a couple field shots, research objectives), and expect to fill ~5-10 minutes of presentation and Q&A time. Please email Paul (email address above) your desire to do this half-day trip or not.Our latest project is a complete investigation and rethinking of the historical development of the Officers' Club at the Presidio in San Francisco, California.Our members of staff have dated buildings as diverse as Windsor Castle and Uncle Tom's Cabin (the Josiah Henson Site).Lecture: Physical and biological basis of tree rings (Steve Leavitt) Speer: Botanical basis of dendrochronology Bowyer et al.: Tree growth & woody tissue Bowyer et al.: Composition & structure of wood cells Bowyer et al.: Softwood structure Bowyer et al.: Hardwood structure Vaganov et al.: Mechanistic model of tree-ring growth Steve's powerpoint slides Lecture: Essential resources for dendrochronology (Paul Sheppard) Web: Henri's Ultimate Webpages on Dendrochronology The International Tree-Ring Data Bank Dendro Box, a quick way to access ITRDB data sets The International Multiproxy Paleofire Database Online Biblio of Dendrochronology Books: Fundamentals of Tree-Ring Research (Click here for a book review of Fundamentals) Tree Rings and Climate An Introduction to Tree-Ring Dating USGS: Collecting, Preparing, Crossdating, and Measuring Tree Increment Cores Journals: Tree-Ring Research, with access to high quality pdfs of past TRR papers Dendrochronologia Classic NGM issues: National Geographic (March 1958): Bristlecone Pine, Oldest Living Thing National Geographic (December 1929): Bridging the Gap Professional society: The Tree-Ring Society Social Media: The ITRDB Forum (email) Tree-Ring Times (Facebook) A few student presentations: background and research (bring a powerpoint with a few slides, e.g., a map, a couple field shots, research objectives), and expect to fill ~5 minutes of presentation time. Lecture: Tree-ring characteristics that can be measured: TRW, EW, LW, false banding, density, resin ducts (Malcolm Hughes, confirmed) Vaganov et al.: Tree-ring structure in conifers Malcolm's powerpoint slides Lecture: Dendrodemography (Margaret Evans, confirmed, conference room) Macalady & Bugmann: Predicting tree mortality Iniguez et al.: Historical forest age structure Biondi: Tree-rings vs forest inventories, Gus Pearson Forest Slides for this lecture Lab: Crossdating by Yamaguchi character list technique (Paul Sheppard, in conference room) Yamaguchi: Character list crossdating Speer: List method Representative data form for character list technique A few student presentations: background and research (bring a powerpoint with a few slides, e.g., a map, a couple field shots, research objectives), and expect to fill ~5 minutes of presentation time. Climatology leaves for the field, AM departure time, arrive to Sunset Crater by midday Lecture in the field: Site & tree selection, sampling strategies, field techniques Grissino-Mayer: Species used in dendrochronology Lecture: Principles: uniformitarianism (but, age effects & divergence) & linear aggregate model (Paul Sheppard) Speer: Uniformitarianism Szeicz & Mac Donald: Age-dependent dendroclimate modeling D'Arrigo et al.: Divergence Cook: Linear aggregate model A few student presentations: background and research (bring a powerpoint with a few slides, e.g., a map, a couple field shots, research objectives), and expect to fill ~5 minutes of presentation time. A few student presentations: background and research (bring a powerpoint with a few slides, e.g., a map, a couple field shots, research objectives), and expect to fill ~5 minutes of presentation time. Important: Archaeology and Ecology: For Tuesday dinner (May 23), download this menu and fill it in (add your name to it and circle two entree items you'd like, see Paul's as an example). Then save your file with your name added to the filename and upload it to our Box space into a folder name Kacina menus. A few student presentations: background and research (bring a powerpoint with a few slides, e.g., a map, a couple field shots, research objectives), and expect to fill ~5 minutes of presentation time. -round tournament games beginning tonight, here on campus.For live, top-tier college softball action, click here for info on how to buy tickets.

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