Water Column Primary Production in the Columbia River Estuary
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Physical and Chemical Characteristics of the Yaquina Estuary, Oregon
PHYSICAL AND CHEMICAL CHARACTERISTICS OF THE YAQUINA ESTUARY, OREGON Richard J. Callaway MarPoiSol P.O. Box 57 Corvallis, OR 97339 David T. Specht, Project Officer Coastal Ecology Branch U.S. Environmental Protection Agency 2111 S.E. Marine Science Drive Newport, Oregon 97365-5260 2 (Purchase Order #8B06~NTT A) Submitted August 9, 1999 TABLE OF CONTENTS Introduction .................................................................................................................... 1 Area of Study .................................................................................................................. 1 Estuary Classification.............................................. .......................................... 1 Local Communities ............................................................................................... 7 Physical Setting .................................................................................................... 7 Climate ................................................................................................................. ? Winds ................................................................................................................... 8 Tides .................................................................................................................... 8 Currents .............................................................................................................. 9 Estuarine Dynamics and the Hansen-Rattray Classification Scheme ............................... -
155891 WPO 43.2 Inside WSUP C.Indd
MAY 2017 VOL 43 NO 2 LEWIS AND CLARK TRAIL HERITAGE FOUNDATION • Black Sands and White Earth • Baleen, Blubber & Train Oil from Sacagawea’s “monstrous fish” • Reviews, News, and more the Rocky Mountain Fur Trade Journal VOLUME 11 - 2017 The Henry & Ashley Fur Company Keelboat Enterprize by Clay J. Landry and Jim Hardee Navigation of the dangerous and unpredictable Missouri River claimed many lives and thousands of dollars in trade goods in the early 1800s, including the HAC’s Enterprize. Two well-known fur trade historians detail the keelboat’s misfortune, Ashley’s resourceful response, and a possible location of the wreck. More than Just a Rock: the Manufacture of Gunflints by Michael P. Schaubs For centuries, trappers and traders relied on dependable gunflints for defense, hunting, and commerce. This article describes the qualities of a superior gunflint and chronicles the evolution of a stone-age craft into an important industry. The Hudson’s Bay Company and the “Youtah” Country, 1825-41 by Dale Topham The vast reach of the Hudson’s Bay Company extended to the Ute Indian territory in the latter years of the Rocky Mountain rendezvous period, as pressure increased from The award-winning, peer-reviewed American trappers crossing the Continental Divide. Journal continues to bring fresh Traps: the Common Denominator perspectives by encouraging by James A. Hanson, PhD. research and debate about the The portable steel trap, an exponential improvement over snares, spears, nets, and earlier steel traps, revolutionized Rocky Mountain fur trade era. trapping in North America. Eminent scholar James A. Hanson tracks the evolution of the technology and its $25 each plus postage deployment by Euro-Americans and Indians. -
Oregon Parks & Recreation Department
Case File: 4-CP-1$ Date Filed: December 17, 2018 Hearing Date: February 25, 2019/Planning Commission PLANNING STAFF REPORT File No. 4-CP-18 A. APPLICANT: Oregon Parks & Recreation Department (OPRD) (Ian Matthews, Authorized Representative) B. REQUEST: The request is to amend the Parks and Recreation Section of the Newport Comprehensive Plan to approve and adopt the master plans for the Agate Beach State Recreation Site, Yaquina Bay State Recreation Site, and South Beach State Park, as outlined in the OPRD South Beach and Beverly Beach Management Units Plan, dated January 201$. C. LOCATION: 3040 NW Oceanview Drive (Agate Beach State Recreation Site), $42 and $46 SW Government Street (Yaquina Bay State Recreation Site), and 5400 South Coast Highway (South Beach State Park). A list of tax lots associated with each park is included in the application materials. D. LOT SIZE: 1 8.5 acres (Agate Beach State Recreation Site), 32.0 acres (Yaquina Bay State Recreation Site), and 498.3 acres (South Beach State Park). E. STAFF REPORT: 1. Report of Fact a. Plan Designations: Public and Shoreland b. Zone Designations: P-2/”Public Parks” c. Surrounding Land Uses: The Agate Beach State Recreation Site is bordered on the north by a condominium development, on the south by the Best Western Agate Beach Inn, to the east by US 101, and by the ocean on the west. It is bisected by Big Creek and Oceanview Drive. The Yaquina Bay State Recreation Site is located on the bluff at the north end of the Yaquina Bay Bridge. It is bordered by single-family residential and commercial development to the north, US 101 to the east, Yaquina Bay to the south and the ocean to the west. -
OREGON ESTUARINE INVERTEBRATES an Illustrated Guide to the Common and Important Invertebrate Animals
OREGON ESTUARINE INVERTEBRATES An Illustrated Guide to the Common and Important Invertebrate Animals By Paul Rudy, Jr. Lynn Hay Rudy Oregon Institute of Marine Biology University of Oregon Charleston, Oregon 97420 Contract No. 79-111 Project Officer Jay F. Watson U.S. Fish and Wildlife Service 500 N.E. Multnomah Street Portland, Oregon 97232 Performed for National Coastal Ecosystems Team Office of Biological Services Fish and Wildlife Service U.S. Department of Interior Washington, D.C. 20240 Table of Contents Introduction CNIDARIA Hydrozoa Aequorea aequorea ................................................................ 6 Obelia longissima .................................................................. 8 Polyorchis penicillatus 10 Tubularia crocea ................................................................. 12 Anthozoa Anthopleura artemisia ................................. 14 Anthopleura elegantissima .................................................. 16 Haliplanella luciae .................................................................. 18 Nematostella vectensis ......................................................... 20 Metridium senile .................................................................... 22 NEMERTEA Amphiporus imparispinosus ................................................ 24 Carinoma mutabilis ................................................................ 26 Cerebratulus californiensis .................................................. 28 Lineus ruber ......................................................................... -
Volume II, Chapter 2 Columbia River Estuary and Lower Mainstem Subbasins
Volume II, Chapter 2 Columbia River Estuary and Lower Mainstem Subbasins TABLE OF CONTENTS 2.0 COLUMBIA RIVER ESTUARY AND LOWER MAINSTEM ................................ 2-1 2.1 Subbasin Description.................................................................................................. 2-5 2.1.1 Purpose................................................................................................................. 2-5 2.1.2 History ................................................................................................................. 2-5 2.1.3 Physical Setting.................................................................................................... 2-7 2.1.4 Fish and Wildlife Resources ................................................................................ 2-8 2.1.5 Habitat Classification......................................................................................... 2-20 2.1.6 Estuary and Lower Mainstem Zones ................................................................. 2-27 2.1.7 Major Land Uses................................................................................................ 2-29 2.1.8 Areas of Biological Significance ....................................................................... 2-29 2.2 Focal Species............................................................................................................. 2-31 2.2.1 Selection Process............................................................................................... 2-31 2.2.2 Ocean-type Salmonids -
PHYTOPLANKTON Grass of The
S. G. No. 9 Oregon State University Extension Service Rev. December 1973 FIGURE 6: Oregon State Univer- sity's Marine Science Center in MARINE ADVISORY PROGRAM Newport, Oregon, is engaged in re- search, teaching, marine extension, and related activities under the Sea Grant Program of the National Oceanic and Atmospheric Adminis- tration. Located on Yaquina Bay, the center attracts thousands of visitors yearly to view the exhibits PHYTOPLANKTON of oceanographic phenomena and the aquaria of most of Oregon's marine fishes and invertebrates. Scientists studying the charac- grass of the sea teristics of life in the ocean (in- cluding phytoplankton) and in estu- aries work in various laboratories at the center. The Marine Science Center is home port for OSU School of Ocea- nography vessels, ranging in size from 180 to 33 feet (the 180-foot BY HERBERT CURL, JR. Yaquina and the 80-foot Cayuse PROFESSOR OF OCEANOGRAPHY are shown at the right). OREGON STATE UNIVERSITY Anyone taking a trip at sea or walking on the beach Want to Know More About Phytoplankton? Press, 1943—out of print; reprinted Ann Arbor: notices that nearshore water along coasts is frequently University Microfilms, Inc., University of Michigan). For the student or teacher who wishes to learn green or brown and sometimes even red. Often these more about phytoplankton, the following publications colors signify the presence of mud or silt carried into offer detailed information about phytoplankton and Want Other Marine Information? the sea by rivers or stirred up from the bottom if the their relationship to the ocean and mankind. Oregon State University's Extension Marine Advis- water is sufficiently shallow. -
A Nutrient-Phytoplankton-Zooplankton Model for Classifying Estuaries Based on Susceptibility to Nitrogen Loads
A NUTRIENT-PHYTOPLANKTON-ZOOPLANKTON MODEL FOR CLASSIFYING ESTUARIES BASED ON SUSCEPTIBILITY TO NITROGEN LOADS By Yuntao Zhou A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science (Natural Resources and Environment) in the University of Michigan April 18, 2006 Thesis Committee: Professor Donald Scavia, Chair Professor J. David Allan Abstract Estuarine responses to nutrient loads can be remarkably different. Many driving variables including light, water residence time, physical stratification, and temperature are responsible for the diversity of the response. To classify estuaries based on their susceptibility to nutrient loads, a nutrient- phytoplankton- zooplankton (NPZ) model was developed and applied to river-dominated, well-mixed estuaries. Estuaries are classified as having low, medium, high and hyper eutrophic conditions by the model. The result of the model suggests that water residence time is an important controlling variable in the process of achieving a steady-state response to nutrient loads. Although phytoplankton responses to residence time vary under different loads, they have the same positive trend. Phytoplankton responses are almost linear with water residence time initially, then decrease, and eventually plateau. i Table of Contents Part1. Introduction……………………………………………………………………1 Light availability………………………………………………………………………………..2 Water residence time……………………………………………………………………………3 Physical Stratification…………………………………………………………………………..3 Temperature…………………………………………………………………………………….4 Part 2. Modeling Approaches…………………………………………………………5 A simple plankton model (Steele and Henderson, 1981)……………………………………...7 Coastal ecosystem sensitivity to light and nutrient enrichment (Cloern 1999)……………..8 A model for partially mixed estuary (Peterson and Festa, 1984)………………………….....9 CSTT (Comprehensive Studies Task Team) model (Tett, 2003)…………………………….10 ASSETS (Assessment of Estuarine Trophic Status) model (Bricker, 2003) ………………..11 Part 3. -
ASTORIA PARKS & RECREATION Comprehensive Master Plan 2016
ASTORIA PARKS & RECREATION Comprehensive Master Plan 2016 - 2026 Adopted July 18, 2016 by Ordinance 16-04 Acknowledgments Parks & Recreation Staff City Council Angela Cosby.......... Director Arline LaMear.......... Mayor Jonah Dart-Mclean... Maintenance Supervisor Zetty Nemlowill....... Ward 1 Randy Bohrer........... Grounds Coordinator Drew Herzig............ Ward 2 Mark Montgomery... Facilities Coordinator Cindy Price............. Ward 3 Terra Patterson........ Recreation Coordinator Russ Warr................ Ward 4 Erin Reding............. Recreation Coordinator Parks Advisory Board City Staff Norma Hernandez... Chair Brett Estes............... City Manager Tammy Loughran..... Vice Chair Kevin Cronin........... Community Josey Ballenger Development Director Aaron Crockett Rosemary Johnson... Special Projects Planner Andrew Fick John Goodenberger Historic Buildings Eric Halverson Consultant Jim Holen Howard Rub Citizen Advisory Committee Jessica Schleif Michelle Bisek......... Astoria Parks, Recreation, and Community Foundation Community Members Melissa Gardner...... Clatsop Community Kenny Hageman...... Lower Columbia Youth College Drafting and Baseball Historic Preservation Jim Holen................. Parks Advisory Board Program Craig Hoppes.......... Astoria School District Workshop attendees, survey respondents, Zetty Nemlowill....... Astoria City Council focus group participants, and volunteers. Jan Nybakke............ Volunteer Kassia Nye............... MOMS Club RARE AmeriCorps Ed Overbay............. Former Parks Advisory Ian -
Structure and Productivity of Marine Benthic Diatom Communities in a Laboratory Model Ecosystem
AN ABSTRACT OF THE THESIS OF BARRY LEE WULFF for the DOCTOR OF PHILOSOPHY (Name) (Degree) Botany in (Physiological-ecology) presented on /970 (Major) Q1ArrDae) Title: STRUCTURE AND PRODUCTIVITY OF MARINE BENTHIC DIATOM COMMUNITIES IN A LABORATORY MODEL ECO- SYSTEM Redacted for privacy Abstract approved: Dr. C. David McIntire Effects of light intensity, exposure to desiccation, reduced salinity, and thermal elevation on the functional and structural char- acteristics of marine benthic diatom communities were investigated in a laboratory model ecosystem and a respirometer chamber. Measurements of biomass (dry weight and ash-free dry weight) and chlorophyll a were made for each of the communities.Population studies were performed to determine community structure.Finally, photosynthetic rates of the communities at selected light intensities were determined in the respirometer for communities developed in experiments designed to test the effects ofexposure to desiccation and variations in light intensity. Biomass accumulated most rapidly on substrates subjected to high light intensities, without exposure to desiccation. Under inter- tidal conditions, biomass accumulation was progressively greater with less exposure to desiccation.Organic material (ash-free dry weight) was greater on substrates from summer than winter experi- ments. Both reduced salinity and thermal elevation interacted with light to stimulate algal production, and mats of Melosira nummuloides developed rapidly and floated to the surface. Communities acclimated to different light intensities and periods of desiccation responded differently to various light intensities in the respirometer chamber.Substrates receiving little atmospheric ex- posure developed thicker layers of biomass permitting significantly higher rates of photosynthesis as light intensity increased.Generally, substrates developed at low light intensities attained a maximum photosynthetic rate at the lower light intensities in the respirometer, presumably because of an acclimation phenomenon. -
Gearhart to Fort Stevens, Prelim
NOTICE The Oregon Department of Geology and Mineral Industries is publishing this paper because the information furthers the mission of the Department. To facilitate timely distribution of the information, this report is published as received from the authors and has not been edited to our usual standards. STATE OF OREGON DEPARTMENT OF GEOLOGY AND MINERAL INDUSTRIES Suite 965, 800 NE Oregon St., #28 Portland, Oregon 97232 OPEN-FILE REPORT O-01-04 COASTAL EROSION HAZARD ZONES ALONG THE CLATSOP PLAINS, OREGON: GEARHART TO FORT STEVENS PRELIMINARY TECHNICAL REPORT TO CLATSOP COUNTY 2001 By JONATHAN C. ALLAN AND GEORGE R. PRIEST Oregon Department of Geology and Mineral Industries, Coastal Field Office, 313 SW 2nd St, Suite D, Newport, OR 97365 NOTICE The results and conclusions of this report are necessarily based on limited geologic and geophysical data. At any given site in any map area, site-specific data could give results that differ from those shown in this report. This report cannot replace site-specific investigations. The hazards of an individual site should be assessed through geotechnical or engineering geology investigation by qualified practitioners. Table of Contents EXECUTIVE SUMMARY ............................................................................................... iii INTRODUCTION .............................................................................................................. 1 BEACH PROCESSES AND FEATURES......................................................................... 2 Beach Erosion – -
Cannon Beach Cannon by Arthur M
Cannon Beach Cannon By Arthur M. Prentiss This photograph, taken by Arthur M. Prentiss, depicts the cannon that gave Cannon Beach its name. The cannon’s history includes a period as a U.S. Navy weapon, a buried shipwreck “treasure,” and a roadside attraction. The cannon is now preserved in Astoria’s heritage museum. Cannon Beach’s cannon originated on the Shark, a U.S. Navy schooner built on the east coast in 1821. The vessel reached the Oregon coast in August 1846, only months after the United States and Great Britain signed the Treaty of Oregon establishing the border at the forty-ninth parallel. Despite rumors among the settlers that the U.S. sent the Shark in case conflict arose with Great Britain over the boundary question, the schooner’s mission was to survey the harbor at the mouth of the Columbia River. Upon the completion of the survey, the Shark struck the Clatsop Spit as it attempted to depart from the Columbia. One large section of the wreckage split from the vessel, drifted across the bar, and washed ashore just south of Tillamook Head. A U.S. midshipman and several Indians freed one cannon from the wreckage and dragged it from the shoreline to a creek bed for safekeeping. Over time the cannon was lost from view, perhaps the result of a shifting creek bed or blowing sands. Forty-five years later, former Seaside postmaster James Austin homesteaded and built a hostel south of Tillamook Head. The entrepreneur’s choice of location for the Austin House was a strategic business move—situated halfway along the Tillamook-Astoria mail route, the hostel served weary mail carriers and tourists alike. -
Astoria Formation Are Exposed at Jumpoff Joe
COAS TAL LANDFORMS N EWPOR T - LI NCOLN C IT Y Vo l. 36 , No.5 M ay 1974 STATE OF OREGON DEPARTMENT OF GEOLOGY AND MINERAL INDUSTRIES The Ore Bin Published Monthly By STATE OF OREGON DEPARTMENT OF GEOLOGY AND MINERAL INDUSTRIES Head Office: 1069 State Office Bldg., Portland, Oregon - 97201 Telephone: 229 - 5580 FIELD OFFICES 2033 First Street 521 N. E. "E" Street Boker 97814 Grants Pass 97526 xxxxxxxxxxxxxxxxxxxx Subscription rate - $2.00 per colenc:br yeor Available bock issues $.25 each Second closs postage paid at Portland, Oregon GOVERNING BOARD R. W. deWeese, Portland, Chairman Willicwn E. Miller, Bend H. lyle Von Gordon, Grants Pass STATE GEOLOGIST R. E. Corcoran GEOLOGISTS IN CHARGE OF FIELD OFFICES Howard C. Brooks, Boker Len Romp, Grants Pass Permission i, gront.d to r.int information contained herein . Credit gillen the Stot. of Oregon o.pcrtment of Geology and Min.al Industri. for compiling thi, information will be appreciated. Stote of O r egon The ORE BIN Deportmentof Geology ond Minerol Indu$ITies Volum e 36,No.5 1069 Siote Office Bldg. May 1974 Portlond Oregon 97201 ROCK UNITS AND COASTAL LANDFORMS BETWEEN NEWPORT AND liNCOLN CITY, OREGON Ernest H. lund Deportment of Geology, University of Oregon The coost between Newport and lincoln City is composed of sedimen tary rock punctuated locally by volcanic rock. Where the shore is on sedi mentary rock, it is characterized by a long, sandy beach in front of a sea cliff. Perched above the sea cliff is the sandy marine terrace that fringes most of this segment of the Oregon coost.