Click this icon to go to the GLOBEC NEP homepage
This page maintains a history of past and current Northeast Pacific Projects funded by the U.S. GLOBEC program. To date there have been five announcements of opportunity. Actual starting dates of projects vary somewhat.
Fall 1997...14 projects
Fall 1999...20 projects
Fall 2000...14 projects
Fall 2004....9 projects
Fall 2005....7 projects
Summer 2008....10 projects
Projects Funded in Fall 1997
U.S. GLOBEC: Physical Influences on Populations in the California Current
(Botsford, L. [Univ. Calif. Davis (UCD)], Hastings, A. M. [UCD], Largier, J.
[Scripps Institute of Oceanography])
U.S. GLOBEC: Coupled Bio-physical Models for the Coastal Gulf of Alaska.
(Haidvogel, D. [Rutgers Univ.], Hermann, A. J. [NOAA Pacific Marine Environmental
Laboratory (PMEL)], Stabeno, P. J. [PMEL], Hinckley, S. [NOAA Alaska Fisheries
Science Center], M. Iskandarani [Rutgers], H. Arango [Rutgers], Rand, P. S. [North Carolina
State University])
A Zooplankton Population Dynamics Model in the California Current Region.
(Huntley, M. E. [Scripps Institute of Oceanography (SIO)],
Zhou, M. [SIO])
Linked Biophysical Modeling in the California Current System:
The Influence of Circulation and Behavior on Prominent Mesozooplankton
Species.(Powell, T. M. [Univ. Calif. Berkeley],
Haidvogel, D. [Rutgers Univ.])
U.S. GLOBEC: Retrospective Analysis of Growth Rate and Recruitment for Sablefish,
Anoplopoma fimbria, from the Gulf of Alaska and California Current System
(Berkeley, S. A. [Oregon State Univ. (OSU)]; Chelton, D. B. [OSU])
U.S. GLOBEC: Analysis of Ichthyoplankton Abundance, Distribution, and Species
Associations in the Western Gulf of Alaska (Brodeur, R. [NOAA Alaska Fisheries
Science Center (AFSC)], Bailey, K. [AFSC], Doyle, M. [Pacific Marine
Environmental Laboratory], Kiernan, A. [AFSC])
U.S. GLOBEC: Northeast Pacific Retrospective Study, Long Term Variability in
Salmon Abundance in the Gulf of Alaska and California Current Systems
(Finney, B.
[Univ. Alaska, Fairbanks])
U.S. GLOBEC: A Retrospective Study of Top Predator Trophic Positions,
Productivity, and Growth in the Gulf of Alaska for 1960-75 and 1975-90.
(Sinclair, E., T. Loughlin [Alaska Fisheries Science Center], K. Hobson [Canadian Wildlife Service], J.
Piatt [Biological Resources Division, USGS])
Long-term Changes in California Current Zooplankton--
A Retrospective Analysis
(Ohman, M. D. [Scripps Institute of Oceanography (SIO)],
Checkley, D. [SIO])
U.S. GLOBEC: Patterns, Sources and Mechanisms of Decadal-Scale Environmental
Variability in the Northeast Pacific: A Retrospective and Modeling Study
(Schwing, F. B. [NOAA Southwest Fisheries Science Center (SWFSC)], Monterey, G.
[SWFSC], Parrish, R. [SWFSC], Mendelssohn, R. [SWFSC], Murphee, T. [Naval Post-graduate School])
Retrospective Analysis of Northeast Pacific Microzooplankton: A Window on
Physical Forcing of Food Web Structure. (Strom, S.
[Western Washington Univ.])
U.S. GLOBEC: Remote Sensing of the NE Pacific: Retrospective and Concurrent Time
Series Analysis Using Multiple Sensors on Multiple Scales (Strub, P. T. [Oregon
State Univ. (OSU)], Abbott, M. [OSU], Thomas, A. C. [Univ. of Maine], Svejkovsky,
J. [Ocean Imaging])
Pilot Monitoring off Oregon for Climate Change Studies in the Eastern North
Pacific. (Smith, R. L., Huyer, A., Wheeler, P., Peterson, W., Kosro, M., Barth,
J. A. [All at Oregon State Univ.; Peterson also with National Marine Fisheries Service])
Physical-Chemical Structures, Primary Production and Distribution of Zooplankton
and Planktivorous Fish on the Gulf of Alaska Shelf: A GLOBEC Monitoring
Proposal. (Weingartner, T. J., Haldorson, L., Paul, A. J., Coyle, K. [all at
Univ. of Alaska, Fairbanks], T. Royer [Old Dominion Univ.], T. E. Whitledge
[University of Alaska])
GLOBEC Primary Productivity and Mesoscale Variability. (M. Abbott, R. Letelier [both at Oregon State University])
GLOBEC: Physical Influences on California Current Salmon. (L. W. Botsford, A. Hastings [University of California, Davis], J. L. Largier [Scripps Institution of Oceanography])
GLOBEC. Trophic Relationships of Juvenile Salmon in Coastal Waters Off Oregon and California: Top-Down or Bottom Up Control? (R.D. Brodeur, T.C. Wainwright, R.L. Emmett, K. Jacobson, W.T. Peterson [Northwest Fisheries Science Center])
GLOBEC Mesoscale and fine-scale distribution of juvenile salmon and associated biota off Oregon and Northern California.
(R.D. Brodeur, R.L. Emmett, W.T. Peterson [Northwest Fisheries Science Center], J.P. Fisher [Oregon State University],
W. G. Pearcy [Oregon State University], E. Casillas [Northwest Fisheries Science Center])
GLOBEC Growth and Condition of Juvenile Salmon in the Northern California Current. (E. Casillas, K.C. Jacobson, [Northwest Fisheries Science Center], G.H. Rau [Lawrence Livermore National Laboratory], J.P. Fisher [Oregon State University], C. Bucher, S. Hinton [Northwest Fisheries Science Center])
GLOBEC Collaborative Research: Mesoscale and finescale mapping of physical and biological fields in the northern California Current system. (T. Cowles, J. Barth, S. Pierce [All at Oregon State Univ.], W. Peterson [Northwest Fisheries Science Center and Oregon State University])
Genetic stock identification of juvenile chinook and coho salmon in the Northern California Current. (D.J. Teel and J. Myers [NOAA, Northwest Fisheries Science Center, Seattle])
GLOBEC: The Use of Molecular Organic Tracers to Determine Age Structure, Nutritional Status and Potential for Trophic Transfer in the Euphausiids Euphausia pacifica and Thysanoessa spinifera. (H.R. Harvey [University of Maryland])
GLOBEC: Long Term Monitoring and Analysis of Currents and Water Properties on the Southern Oregon (Coos Bay) and Mid Washington (Grays Harbor) Shelves.(B. Hickey [Univ. of Washington])
GLOBEC Long-Term Observation Program in the Marine Ecosystem of the Northern California Current System. (Huyer, A., Smith, R. L., Wheeler, P., Kosro, M., Barth, J. [All at Oregon State Univ.], Peterson, W.T. [Northwest Fisheries Science Center and Oregon State Univ.])
GLOBEC Mapping the Evolution of Mesoscale Jets and Eddies in the Upwelling Ecosystem off Cape Blanco, Oregon, using Long-Range High-Frequency Radar. (P. M. Kosro [Oregon State University] and J.D. Paduan [Naval Postgraduate School])
GLOBEC: Northeast Pacific Climate Change Mechanisms: An Observation and Modelling Analysis. (T. Murphree [Naval Postgraduate School], F. Schwing [Pacific Fisheries Environmental Laboratory], R. Tokmakian [Naval Postgraduate School], R. Mendelssohn [Pacific Fisheries Environmental Laboratory], B. Semtner [Naval Postgraduate School], L. DeWitt [Pacific Fisheries Environmental Laboratory])
GLOBEC. Long-term changes in hydrography and zooplankton in the northern California Current waters off the Oregon coast. (W.T. Peterson [NOAA Northwest Fisheries Science Center and Oregon State University, Hatfield Marine Science Center and the Cooperative Institute for Marine Resource Studies])
GLOBEC - A comparison of the effects of coastal upwelling on the population dynamics and vital rates of the euphausiids Euphausia pacifica and Thysanoessa spinifera in the northern California Current, north and south of Cape Blanco, OR. (W.T. Peterson [NOAA Northwest Fisheries Science Center and Oregon State University, Hatfield Marine Science Center and the Cooperative Institute for Marine Resource Studies])
GLOBEC Collaborative Research: Effects of Seasonal and Interannual Variability on Zooplankton Populations in the California Current System using Coupled Biophysical Models. (T.M. Powell, H.P. Batchelder [University of California, Berkeley], D.B. Haidvogel [Rutgers University])
GLOBEC: Moored Current Observations Along the Eureka LTOP Transect. (S. R. Ramp [Naval Postgraduate School])
GLOBEC NEP: Satellite-Observed Ocean Climate Variability. (P.T. Strub, M.R. Abbott [Oregon State University], J. Svejkovsky [Ocean Imaging, Inc.], A.C. Thomas [University of Maine])
GLOBEC: Mesoscale euphausiid and whiting distribution in the CCS and their relationship to environmental conditions. (G.L. Swartzman, B.M. Hickey [University of Washington])
GLOBEC Target Species: Interactions With Top Trophic Levels. (C. T. Tynan [NOAA NWFSC], D. Ainley [H. T. Harvey & Associates])
U.S. GLOBEC Northeast Pacific Study: Mesoscale zooplankton distribution and productivity. (M. Zhou [University of Minnesota], M. E. Huntley [University of Hawaii])
Also note that the project titles and authors may be incomplete. This list is here to provide preliminary information to the ocean sciences community. Some of the projects have abstracts available.
GLOBEC 2000: Factors affecting the distribution of juvenile salmon in the Gulf of Alaska.
(J. Helle [National Marine Fisheries Service, Alaska Fisheries Science Center, Auk Bay], E. D. Cokelet [NOAA Pacific Marine Environmental Laboratory], E. V. Farley, Jr. [National Marine Fisheries Service Alaska Fisheries Science Center, Auke Bay Laboratory], A. B. Hollowed [National Marine Fisheries Service Alaska Fisheries Science Center], P. J. Stabeno [Pacific Marine Environmental Laboratory])
GLOBEC 2000: Nested interdisciplinary models for the Gulf of Alaska.
(D. Haidvogel [Rutgers University], A. Hermann [NOAA Pacific Marine Environmental Laboratory], S. Hinckley [Alaska Fisheries Science Center], P. Stabeno [Pacific Marine Environmental Laboratory])
GLOBEC 2000: Feeding, growth, condition and energetics of juvenile pink salmon.
(L. Haldorson [University of Alaska], D. Beauchamp [University of Washington], K. Myers [University of Washington])
GLOBEC 2000: Relationship of growth and survival of coho salmon utilizing the coastal Gulf of Alaska.
(W. Heard, J. Taylor, J. Orsi [all at National Marine Fisheries Service Alaska Fisheries Science Center], M. Adkison [University of Alaska, Fairbanks])
GLOBEC 2000: Gulf of Alaska copepod growth and reproduction.
(R. Hopcroft [University of Alaska])
GLOBEC 2000: LTOP-CGOA zooplankton source fluctuations in fishes.
(T. Kline [Prince William Sound Science Center])
GLOBEC 2000: Mesoscale surveys in the Gulf of Alaska: microplankton.
(E. Lessard [University of Washington])
GLOBEC 2000: Coastal Gulf of Alaska Egg Production and Viability - Do Interactions Between Climate and Microplankton Assemblages Produce Variability in Prey for Forage Fish and Salmon?
(J. Napp and C. Baier [both at National Marine Fisheries Service Alaska Fisheries Science Center]), S. Strom (Western Washington University)
GLOBEC 2000: Long-Term Changes in California Current Zooplankton Assemblages and Euphausiid Population Dynamic Parameters.
(M. Ohman, E. Brinton, B. Lavaniegos [all at the University of California, San Diego], G. Rau (University California, Santa Cruz), R. Harvey (University of Maryland)
GLOBEC 2000: Spatial and Interannual Variation of Microzooplankton:
an Ancillary Retrospective Analysis and Sampling Component of the Long
Term Observation Program in the Northern California Current
System.
(B. Sherr [Oregon State University], E. Sherr [Oregon State University])
GLOBEC 2000: Variability in shelf transports in the Gulf of Alaska.
(P. Stabeno, N. Bond, C. Mordy, J. Overland [all at NOAA Pacific Marine Environmental Laboratory], J. Napp [National Marine Fisheries Service Alaska Fisheries Science Center], D. V. Holliday [BAE Systems])
GLOBEC 2000: Responses of the Neocalanus spp. - microzooplankton community to physical forcing in the coastal Gulf of Alaska.
(S. Strom [Western Washington University], M. Dagg [Louisiana Universities Marine Consortium])
GLOBEC 2000: Gulf of Alaska long term observation program.
(T. Weingartner, L. Haldorson, R. Hopcroft, K. Coyle, T. E. Whitledge [all at the University of Alaska], T. Royer [Old Dominion University])
GLOBEC 2000: Alaska Coastal Current Three-Dimensional Observations Using a Telemetering Autonomous Vehicle.
(C. Lee [University of Washington], C. Erikson [University of Washington])
Also note that the project titles and authors may be incomplete. This list is here to provide preliminary information to the ocean sciences community. Some of the projects have abstracts available.
GLOBEC-NEP: Topographic Control of Mesoscale Variability in the Gulf of Alaska.
(D. Musgrave, T. Whitledge [both at the University of Alaska], and Scott Pegau [Kachemak Estuarine Research Reserve]
Also note that the project titles and authors may be incomplete. This list is here to provide preliminary information to the ocean sciences community. Some of the projects have abstracts available.
US-GLOBEC NEP Phase IIIa-CCS: Effects of Meso- and
Basin-Scale Variability on Zooplankton Populations in the CCS using
Data-Assimilative, Physical-Ecosystem Models.
(D. Haidvogel [Rutgers Univ.], T. Powell [Univ. Calif. Berkeley],
E. Curchitser [Columbia Univ.], A. Hermann [NOAA Pacific Marine
Environmental Laboratory], J. Allen, G. Egbert, A. Kurapov,
R. Miller [All at Oregon State University])
US-GLOBEC NEP Phase IIIa-CCS: Large-scale Influences on Mesoscale
Structure in the CCS, A Synthesis of Climate-forced Variability in
Coastal Ecosystems.
(F. Schwing, S. Bograd, R. Mendelssohn, D. Palacios, P. Stegman [All at NOAA Pacific
Fisheries Environmental Group], A. Thomas [University of Maine],
P. T. Strub,
J. Huyer [Both at Oregon State University])
US-GLOBEC NEP Phase IIIa-CCS: Changing Ocean Conditions in Northern
California Current-Effects on Primary Production and Salmon
(J. Huyer, M. Kosro, R. Smith, P. Wheeler [All at Oregon State University])
US-GLOBEC NEP Phase IIIa-CCS: Latitudinal variation of upwelling,
retention, nutrient supply and freshwater effects in the California
Current System
(M. Kosro [Oregon State University], B. Hickey [Univ. of
Washington], S. Ramp [Naval Postgraduate School])
US-GLOBEC NEP Phase IIIa-CCS: Coupled physical-biological dynamics
in the Northern California Current System: A Synthesis of Seasonal and
Interannual Mesoscale Variability and its Links to Regional Climate
Change.
(T. Cowles, J. Barth, R. Letelier, Y. Spitz [All at Oregon State
University], M. Zhou [Boston University])
US-GLOBEC NEP Phase IIIa-CCS: Synthesis of Euphausiid Population
Dynamics, Production, Retention and Loss under Variable Climatic
Conditions
(W. Peterson [NOAA Northwest Fisheries Science Center], H. Batchelder [Oregon State University])
US-GLOBEC NEP Phase IIIa-CCS: Juvenile Salmon Habitat Utilization
in the Northern California Current-Synthesis and Prediction
(E. Casillas [NOAA Northwest Fisheries Science Center],
H. Batchelder [Oregon State University], W. Peterson, R. Brodeur,
K. Jacobson [All at NOAA NWFSC]; Associated
Investigators: T.Wainwright [NOAA NWFSC], G. Rau [Univ. of
Calif. Santa Cruz], W. Pearcy, J. Fisher [Both at Oregon State
University], D. Teel, B. Beckman [Both at NOAA NWFSC])
US-GLOBEC NEP Phase IIIa-CCS: Effects of climate variability on
Calanus dormancy patterns and population dynamics within the
California Current
(A. Leising [NOAA Pacific Fisheries Environmental Laboratory],
J. Runge, C. Johnson [Both at Univ. of New Hampshire])
US-GLOBEC NEP Phase IIIa-CCS: Scale-dependent Dynamics of Top
Trophic Predators and Prey: Toward Predicting Predator Response to
Climate Change
(C. Tynan [Woods Hole Oceanographic Institution], D. Ainley
[H.T. Harvey & Assoc.])
Also note that the project titles and authors may be incomplete. This list is here to provide preliminary information to the ocean sciences community. Some of the projects have abstracts available.
U.S.-GLOBEC: NEP Phase IIIb-CGOA: US GLOBEC Northeast Pacific
Coordinating and Synthesis Office
(H. Batchelder [Oregon State University] E. Casillas [NOAA
Northwest Fisheries Science Center])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: A synthesis of climate-forced
variability on mesoscale structure in the CGOA with direct
comparisons to the CCS
(A. Thomas [University of Maine], F. Schwing, S. Bograd,
R. Mendelssohn [All at NOAA Pacific
Fisheries Environmental Laboratory], P. T. Strub [Oregon State University])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: Bottom-up control of
lower-trophic variability: A synthesis of atmospheric, oceanic
and ecosystem observations
(N. Bond, C. Mordy [Both at University of Washington], J. Napp
[NOAA Alaska Fisheries Science Center], P. Stabeno [NOAA Pacific
Marine Environmental Laboratory])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: Habitat effects on feeding,
condition, growth and survival of juvenile pink salmon in the
northern Gulf of Alaska
(L. Haldorson, M. Adkison [Both at University of Alaska Fairbanks])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: Synthesis of biophysical
observations at multiple trophic levels using spatially nested,
data-assimilating models of the coastal Gulf of Alaska
(A. Hermann [University of Washington], P. Stabeno
[NOAA Pacific Marine Env. Lab.], S. Hinckley
[NOAA Alaska Fisheries Sci. Ctr.], E. DiLorenzo [Georgia
Tech], P. Rand [The Wild Salmon Center], A. Moore [University of
Colorado Boulder], T. Powell [Univ. California Berkeley])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: Modeling the effects of
spatial-temporal environmental variability on stage-specific
growth and survival of pink salmon in the coastal Gulf of Alaska
(D. Beauchamp, J. Armstrong, K. Myers [All at University of Washington], E. Cokelet [NOAA Pacific
Marine Environmental Laboratory], J. Moss [NOAA Alaska Fisheries
Science Center])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: Environmental influences on
growth and survival of Southeast Alaska coho salmon in contrast
with other Northeast Pacific regions
(L. Botsford, A. Hastings [Both at Univ. Calif. Davis], N. Bond
[University of Washington], H. Batchelder [Oregon State
University], A. Wertheimer [NOAA Alaska Fisheries Science
Center], M. Adkison [University of Alaska Fairbanks])
U.S.-GLOBEC: NEP Phase IIIb-CGOA: Links between climate and planktonic food webs
(M. Dagg [LUMCON], S. Strom [Western Washington Univ.], R. Hopcroft, T. Whitledge, and K. Coyle [All at Univsity of Alaska, Fairbacks])
Note: This project was funded in Fall 2006.
Also note that the project titles and authors may be incomplete. This list is here to provide preliminary information to the ocean sciences community. Some of the projects have abstracts available.
Collaborative Research: GLOBEC Pan-regional Synthesis: End-to-end Energy Budgets in US-GLOBEC Regions
(D. Gifford, J. Collie [University of Rhode Island]; E. Hofmann [Old Dominion University Research Foundation];
J. Ruzicka [Oregon State University]; J. Steele [Woods Hole Oceanographic Institution]; A. Thomas [University of
Maine]; D. Ainley, C. Ribic, C. Tynan [H.T. Harvey & Associates]; K. Daly [University of South Florida];
K. Coyle [University of Alaska Fairbanks]; J. Bisagni [University of Massachusetts, Dartmouth]; W. Smith [College
of William & Mary Virginia Institute of Marine Science]; S. Strom [Western Washington University])
Collaborative Research: Climate Variability and Change in the U.S. GLOBEC Regions as Simulated by the IPCC Climate Models:
Ecosystem Implications
(A. Capotondi, M. Alexander [University of Colorado at Boulder]; E. Curchitser [Rutgers University New Brunswick]; N.
Bond [University of Washington])
Collaborative Research: GLOBEC Pan-regional Synthesis: Pacific Ocean Boundary Ecosystems: response to natural and
anthropogenic climate forcing
(E. Di Lorenzo, A. Bracco, K. Chhak [GA Tech Research Corporation - GA Institute of Technology]; A. Thomas [University of
Maine]; P. Franks [University of California-San Diego Scripps Inst of Oceanography]; P. Strub, W. Peterson [Oregon State
University]; J. Keister, R. McDuff [University of Washington])
Collaborative Research: GLOBEC Pan Regional Synthesis: The Effect of Varying Freshwater Inputs on Regional Ecosystems in
the North Atlantic
(A. Gangopadhyay, J. Bisagni [University of Massachusetts, Dartmouth]; D. Haidvogel, E. Curchitser [Rutgers University
New Brunswick]; F. Chai [University of Maine])
US GLOBEC Pan-Regional Synthesis--Comparative Ecology of Krill in Coastal and Oceanic Waters around the Pacific Rim
(H. Batchelder, W. Peterson [Oregon State University])
Collaborative Research: Comparative Analysis of Salmon and Cod Population Responses
(F. Juanes, M. Fogarty [University of Massachusetts Amherst]; L. Botsford, A. Hastings [University of California-Davis])
Collaborative Research: Life histories of species in the genus Calanus in the North Atlantic and North Pacific Oceans and
responses to climate forcing
(J. Pierson, D. Kimmel [University of Maryland Center for Environmental Sciences]; J. Runge, A. Pershing [University of Maine])
Collaborative Research: Estimating Ecosystem Model Uncertainties in Pan-Regional Syntheses and Climate Change Impacts on
Coastal Domains of the North Pacific Ocean
(T. Powell [University of California-Berkeley]; R. Milliff [NorthWest Research Associates, Inc.]; C. Wikle [University
of Missouri-Columbia]; A. Moore, J. Fiechter [University of California-Santa Cruz])
Collaborative Research: Copepods in a Warming Climate: A Pan-Regional Model of Arctic and Northwest Atlantic Systems
(C. Davis, R. Beardsley, R. Ji [Woods Hole Oceanographic Institution]; C. Chen [University of Massachusetts, Dartmouth])
Collaborative Research: Climate Forcing of Calanus finmarchicus Populations of the North Atlantic
(D. McGillicuddy, P. Wiebe [Woods Hole Oceanographic Institution]; A. Bucklin [University of Connecticut];
D. Haidvogel, J. Levin [Rutgers University])
This page was last updated on November 12, 2008.
Maintained by:
Hal Batchelder
College of Oceanic and Atmospheric Sciences
Oregon State University
104 Ocean Admin Building
Corvallis, OR 97331-5503
phone: 541-737-4500; FAX 541-737-2064
hbatchelder@coas.oregonstate.edu