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607SPostr2008

Course: GEOG 607, Fall 2008
School: Oregon
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Word Count: 507

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607: Geog Seminar River Restoration: Practice and Critique Winter 2008, Prof. Patricia McDowell Fridays 9:00-11:50, 206 Condon The goal of this seminar is to examine critically the enterprise of river restoration, with an emphasis on its scientific basis. In our weekly meetings we will read and discuss recent published literature. Specific topics for readings and discussion include: Recent critiques of river...

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607: Geog Seminar River Restoration: Practice and Critique Winter 2008, Prof. Patricia McDowell Fridays 9:00-11:50, 206 Condon The goal of this seminar is to examine critically the enterprise of river restoration, with an emphasis on its scientific basis. In our weekly meetings we will read and discuss recent published literature. Specific topics for readings and discussion include: Recent critiques of river restoration Current practices in river restoration Historical roots of modern river restoration, Scientific concepts for healthy rivers Role of large wood in river functions and restoration Channel design and the Rosgen controversy Monitoring restoration projects Ethics in restoration This is not a course on how to do restoration. It is assumed that you are already familiar with general approaches in river restoration, or that you are willing to do some catch-up reading before the term or early in the term to get this foundation. We will have one or two field trips to look at local restoration projects. Seminar participants will, individually or in teams of two, produce an original research paper that will be submitted for publication or delivered at a professional meeting, on a topic based on one of the major themes of the seminar. Examples of Possible Topics for Seminar Papers To what extent and in what ways are the concepts of flood pulse and lateral connectivity incorporated in restoration projects (in a given region)? Comparison of manuals from U.S. Forest Service, U.S. Bureau of Land Management, and U.S. Fish and Wildlife Service in terms of principals of ecological river restoration. Effectiveness of log deflectors (or any specific types of restoration structure) Effectiveness passive of restoration Evaluation of the restoration program of a specific government agency or NGO Evaluation of restoration activities within a particular river basin Selected Readings Palmer, M. A., et al., 2005. Standards for ecologically successful river restoration. Journal of Applied Ecology 42: 208-217. FISRWG, 1998. Stream Corridor Restoration: Principles, Processes, and Practices. By the Federal Interagency Stream Restoration Working Group (FISRWG -- 15 Federal agencies of the US government). Frissell, C. A., and R. K. Nawa. 1992. Incidence and causes of physical failure of artificial habitat structures in streams of Western Oregon and Washington. North American Journal of Fisheries Management 12:182197. Poff, N. L., J. D. Allan, M. B. Bain, J. R. Karr, K. L. Prestegaard, B. Richter, R. Sparks, and J. Stromberg, 1997. The natural flow regime: A paradigm for river conservation and restoration. BioScience 47: 769 784. Tockner, K., Malard, F. and Ward, J.V., 2000. An extension of the flood puls...

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Oregon - GEOG - 410
Geog 4/510: Field Methods for Physical GeographyFall 2008, Prof. Patricia McDowell Friday 13:00-16:50, 206 CondonThe goal of this seminar is to learn how to use common field techniques for physical geography. Mapping features using GPS Using map
Oregon - GEOG - 427
Geog 4/527: Fluvial GeomorphologySpring 2008, Prof. Patricia McDowell MW 14:00-15:20 and some F 12:00-4:50, Knight 41 revised 04/05/08Course content and goals: Four themes: a) processes that shape river channels; b) ecological interactions in the c
Oregon - GEOG - 427
Geog 4/527: Fluvial GeomorphologySpring 2006, Prof. Patricia McDowell UH 16:00-17:20 and F 12:00-4:50, Knight 41Course content and goals: Four themes: a) processes that shape river channels; b) ecological interactions in the channel and riparian zo
Oregon - GEOG - 360
Geog 360: Watershed Science and PolicyWinter 2009; Prof. Patricia McDowell TR 2:00-3:20pm, 41 Knight LibraryCourse content:Physical and ecological processes in rivers and watersheds Water pollutants and water quality, and how the Clean Water Act
Oregon - GEOG - 427
Geog 4/527: Fluvial GeomorphologySpring 2008, Prof. Patricia McDowell MW 14:00-15:20 and some F 12:00-4:50, Knight 41 Preliminary Syllabus v 1.0 Things may change (but change is good)Course content and goals: Four themes: a) processes that shape r
Oregon - GEOG - 427
Friday schedule for GEOG 4/527, spring 2008: Week 1, 4/4: practice surveying on campus, 1:00-3:00pm Week 2, 4/11: cross-sections at Amazon Creek, 1:00-5:00pm Week 3, 4/18: no class Week 4, 4/25: no class Week 5, 5/2: no class Week 6, 5/9: two groups
Oregon - GEOG - 323
Geography 323; April 16, 2008 Prof. D.G. Gavin List of basic terms for biogeography exam #1. These are organized by topic more than by the order they were presented1. Distinctions between historical and ecological biogeography 2. Three extreme views
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Second Circular Invitation & Call for Posters:The Human Role in Changing Fluvial Systems37th International Binghamton Geomorphology Symposium (BGS)October 20-22, 2006, Columbia, South Carolina Organizers: L. Allan James, University of South Carol
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CURRICULUM VITAE James E. Meacham Department of Geography, 1251 University of Oregon, Eugene, OR, USA 97403-1251 email: jmeacham@uoregon.edu http:/geography.uoregon.edu/infographics/ voice: 541 346-5788 Fax: 541 346-2067 EDUCATION M.A., Geography, Un
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mean= 137 m Ma^-1
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Navigational Map Reading: Predicting Performance and Identifying Relative Inuence of Map-Related AbilitiesAmy K. LobbenDepartment of Geography, University of OregonMost of us know people who cannot read a map and others who seem to navigate intui
Oregon - GEOG - 620
THE PROFESSIONAL GEOGRAPHERVOLUME 36FEBRUARY 1984NUMBER 1Professfonal Geographer, 36(1), 1984, 1-110 Copyright 1984 by Association of American GeographersON THE HISTORY AND PRESENT CONDITION OF GEOGRAPHY: AN HISTORICAL MATERIALIST MANIFESTO
Oregon - GEOG - 607
% Reprinted from Nature, Vol. 336, No. 6196, pp. 232-234, 17th November, 1988 Macmillan Magazines Ltd., 1988Where do channels begin?David R. Montgomery & William E. Dietrich Department of Geology and Geophysics, University of California, Berkeley
Oregon - GEOG - 620
Oregon - GEOG - 425
Oregon - GEOG - 620
Oregon - GEOG - 425
Oregon - GEOG - 620
Geography 1957-1977: The Augean Period Peter Gould Annals of the Association of American Geographers, Vol. 69, No. 1, Special Issue: Seventy-Five Years of American Geography. (Mar., 1979), pp. 139-151.Stable URL: http:/links.jstor.org/sici?sici=0004
Oregon - GEOG - 607
This is a digital copy of a book that was preserved for generations on library shelves before it was carefully scanned by Google as part of a project to make the worlds books discoverable online. It has survived long enough for the copyright to expir
Oregon - GEOG - 607
Downloaded from geology.gsapubs.org on 28 January 2009GeologyFire and the evolution of steep, soil-mantled landscapesJoshua J. Roering and Molly Gerber Geology 2005;33;349-352 doi:10.1130/G21260.1Email alerting services Subscribe Permission req
Oregon - GEOG - 607
Forest clearing and regional landslidingDavid R. Montgomery Kevin M. Schmidt* Department of Geological Sciences, University of Washington, Seattle, Washington 98195, USA Harvey M. Greenberg William E. Dietrich Department of Geology and Geophysics, U
Oregon - GEOG - 620
Progress in Human Geography 28,6 (2004) pp. 807 814Quantitative methods: past and presentJessie P.H. PoonDepartment of Geography, University at Buffalo-SUNY, Buffalo, New York 14262, USAIIntroductionIn celebrating the 40th anniversary of A
Oregon - GEOG - 607
ArticlesUnderstanding Processes and Downstream Linkages of Headwater SystemsTAKASHI GOMI, ROY C. SIDLE, AND JOHN S. RICHARDSONHeadwater systems, the areas from which water originates within a channel network, are characterized by interactions
Oregon - GEOG - 607
Weathering proles, mass-balance analysis, and rates of solute loss: Linkages between weathering and erosion in a small, steep catchmentSuzanne Prestrud Anderson*Center for Study of Imaging and Dynamics of the Earth, University of California, Santa
Oregon - GEOG - 620
INTERNATIONAL JOURNAL OF CLIMATOLOGY Int. J. Climatol. 24: 665680 (2004) Published online in Wiley InterScience (www.interscience.wiley.com). DOI: 10.1002/joc.1027ON THE ROLE OF STATISTICS IN CLIMATE RESEARCHaFRANCIS W. ZWIERSa, * and HANS VON S
Oregon - AHONGO - 1
Question: Who are the Evangelicals, and what do they want? Subquestions: WHAT DO MOST PEOPLE THINK OF AS EVANGELICALS? [i.e., Moral Majority1, Jerry Falwell, Pat Robertson, Tim LaHaye] [Local figure: Lon Mabon, his Oregon Citizens Alliance. Is this r
Oregon - BJACKSO - 3
Oregon - BJACKSO - 3
Oregon - KJOHNS - 20
KILEE JOHNSONEducation360 Marche Chase Drive, Apt. 184 Eugene, Oregon 97401 (503)338-8829 kjohns20@uoregon.eduBachelor of Arts, Digital Arts, University of Oregon, June 2007 Robert Clark Honors College, Eugene, OR Accumulative GPA: 3.32/4.0Ski
Oregon - ACTG - 352
Oregon - RHERMAN - 1
> > > > / 12 Snare 8 R R R R sim. > > > > 12 Quads / 8 R R R R sim. > > > > 12 Bass / 8 ? ? ? ? ? ? ? ?R R R R sim.Flam Accent Heights> > > > L L L L sim. > > > > L L L L L L L L sim.> >sim. > > ? ? ? ? ? ?
Oregon - P - 2
Figure 1: Dist=Pareto * alpha=2.9100 90 80 percent with shorter uptime 70 60 50 40 30 20 10 0 1beta=0.38 beta=0.76 beta=1.51 beta=3.03 beta=9.1 beta=36.4 beta=13710100 1000 10000 100000 node uptime at simulation end (seconds)1e+06Figure 2
Oregon - P - 2
Metric=Clustering-Coecient * Dist=Pareto * BS=Oracle0.001 0.0008 0.0006 0.0004 0.0002 0 10 100 1000 Median Session Length (seconds) alpha=2.9 alpha=3.1 clustering coefficient 0.001 0.0008 0.0006 0.0004 0.0002 0 10 100 1000 Median Session Length (sec
Oregon - P - 2
clstr-W1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
components-W1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
connections-W0(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
degree distribution Weibull distributions bsmech=2, approx. 80 second median session length(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e
Oregon - P - 2
connections-W2(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
clstr-p2(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
clstr-p1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
path-p1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
connections-p1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
degree distribution power law distributions bsmech=2, approx. 960 second median session length(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27
Oregon - P - 2
components-W0(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
path-p2(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
clstr-W2(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
connections-p2(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
degree distribution Weibull distributions bsmech=1, approx. 1300 second median session length(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27
Oregon - P - 2
clstr-p0(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
degree distribution Weibull distributions bsmech=1, approx. 80 second median session length(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e
Oregon - P - 2
path-W1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
clstr-W0(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
connections-W1(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e) 27/+81
Oregon - P - 2
degree distribution Weibull distributions bsmech=0, approx. 80 second median session length(a) 4/+0(b) 4/+2(c) 4/+5(d) 4/+12(e) 4/+16(a) 16/+0(b) 16/+5(c) 16/+8(d) 16/+16(e) 16/+48(a) 27/+0(b) 27/+5(c) 27/+16(d) 27/+27(e
Oregon - REVIEW - 07
March 29, 2007 Professor Jim Brau Department of Physics University of Oregon Eugene OR 97403-1274 Dear Jim, Mark: The first review of the US R&D program for detector R&D for the International Linear Collider (ILC) by the Department of Energy and the
Oregon - REVIEW - 07
Linear Collider Detector R&D at FermilabFermilab Annual DOE ReviewFermilab DoE Review, May 16, 2006, Marcel Demarteau Slide 1Marcel DemarteauFermilabFor the Fermilab ILC Detector GroupFermilab May 16, 2006Fermilabs Role There are two dist
Oregon - SEP - 12
September 10, 2008First Beam at Large Hadron ColliderATLASParticle beams were transported around the 17 mile ring in both directionsSeptember 12, 2008Large Hadron Collider-J. BrauThe Universe is Made of Particles Investigating the par
Oregon - QUANTUMMEC - 2006
Choice of units for quantum mechanics1 D. E. Soper2 University of Oregon 2 April 20061IntroductionPeople like me who do elementary particle physics usually like their physics formulas to be uncluttered. More specically, formulas in our book (an
Oregon - PHYSICS - 251
Oregon - VLCW - 06
ATF StatusThe unique test facility for ILC with a low emittance beam. On going R&Ds toward ATF2Junji Urakawa KEK, 2006. 7.20. Vancouver GDE MeetingDate EventGlobal Design Effort1ATF Collaboration HistoryATF Construction and R&Ds have been s