M. MARVIN- DIPASQUALE B. JAFFE, J. ACKERMAN & G. SHELLENBARGER U.S. GEOLOGICAL SURVEY D. SLOTTON UNIV. CALIFORNIA - DAVIS
|
|
|
- Carmella Harrell
- 5 years ago
- Views:
Transcription
1 MERCURY IN MOTION: An Examination of Mercury Mobilization and Transformation Associated With Wetland Restoration in South San Francisco Bay M. MARVIN- DIPASQUALE B. JAFFE, J. ACKERMAN & G. SHELLENBARGER U.S. GEOLOGICAL SURVEY D. SLOTTON UNIV. CALIFORNIA - DAVIS
2 USGS Na=onal Research Program Biogeochemistry at Regional Scales EVANGELOS KAKOUROS Chemist ICP- MS Guru Field & Lab technician JENNIFER AGEE Biologist Lab Manager, Data Guru LISAMARIE WINDHAM- MYERS TRAVIS CONLEY Wetland Ecologist; Ph.D. Student Intern Field & Lab technician LE KIEU Biologist Field & Lab technician MICHELLE ARIAS Physical Science Field & Lab technician
3 Western U.S. Mercury in Mo=on 3 Short Stories (California) I. 26 & 212 Deep Cores / Bed Sediment & Hg Mobiliza=on II. Pond A8 Notch Opening / Biosen=nal Toolbox III. Water Column Hg Flux / 24- Hr Studies
4 I. 26 & 212 Deep Cores / Bed Sediment & Hg Mobiliza=on 26 Collabora=on with SFEI & UC Berkeley Collect 15 deep (2 meter cores) in Alviso Sl. Main channel and fringing Marsh QuanYfy Hg species & potenyal mobilizayon Based on 2 \. & 4 \. A8- Notch scenario 212 Collabora=on with B. Jaffe (USGS) Collect 4 addiyonal deep (2 meter cores) in Alviso Sl. Main channel only Combine with 26 data Use bathymetry models to quanyfy sediment & Hg mobilizayon since A8- Notch opening Compare to original predicyons
5 USGS & SFEI: 26 Deep Cores Total Mercury in Alviso Slough: 1,65 kg T5 THg (µg/cm 3 ) T4- B D T4 T3 c Sediment Mobilized (1 x m 3 ) T2 D C B A PWA Sediment Scour Model 2' Notch 4' Notch 5 Depth (cm) g/m 2 Mercury Mobilized Scenario THg 2 f. Notch 66 kg 4 f. Notch 125 kg B T1 A Proposed A8 notch loca=on Source: Marvin-DiPasquale and Cox, 27, USGS Open-File Report
6 USGS: 212 Deep Cores HgT (ng/gdw) HgT (ng/gdw) Sediment Depth (cm) Core 4A Core 4B Core 4C May 12, #4 Sediment Depth (cm) Core 3AL Core 3B Core 3C May 12, #3 2 HgT (ng/gdw) Sediment Depth (cm) HgT (ng/gdw) Core 1A Sediment Depth (cm) 5 1 ) 15 Core 2A Core 2B 2 May 12, #1 May 12, #2 2
7 USGS Bathymetric Surveys (B. Jaffe, A. Foxgrover, T. Fregoso) Bathy Surveys Restoration Actions
8 I. 26 & 212 Deep Cores / Bed Sediment & Hg Mobiliza=on A A3N h X Pond A6 h A6 # AC512-4 h h AC512-3 # AS-T5B (2 cm)! X A5 Maximum A9 erosion zone A1 A7 A4 AS-T4B (2 cm)! A3W Less Hg mobilized than predicted But Pond A8 has only opened 15 A14 (5 15 f. Notch A13 opening) A11 AS-T3B (2 cm)! AS-T2B (2 cm)! Most has eroded near Pond A6 breach Mercury Mobilized A8N Pond A8 A8S A12 A15 AS-T1B (2 cm)! Scenario DEC.21 thru OCT.212 Bathymetry model ") AC512-2 # AC512-1 # THg (kg) Es=mate - 2 f. Notch Es=mate - 4 f. Notch
9 A8 Notch Construc=on II. Pond A8 Notch Opening / Biosen=nal Toolbox USGS & UC- Davis collabora=on Document changes in Hg: Sediment and water BiosenYnel fish Bird eggs Where: Pond A5/A7/A8 Complex Alviso Slough REFERENCE Ponds and Slough When: 21 (Pre- Notch Opening) 211 (Post- Notch Opening) [JUNE 1, 211; 5 \] A8 Notch Opening
10 Previous USGS & SFEI Study [27-28] SEDIMENT MeHg UNFILTERED SURFACE WATER MeHg 1 MeHg (ng/g dry wt.) 1 1 POND A8 [1] [1] [1] [24] [17] MeHg (ng/l) 1.1 POND A8 A8 mudflat A8 slough Alviso slough Alviso marsh Ref marsh Pond A8 Alviso Slough Alviso Marsh Pond A8 very contaminated w/ MeHg (sediment & water) Predicted: this would improve if Ydal flushing was restored Grenier et al., 21, South Baylands Mercury Project - Final Report to the California State Coastal Conservancy, February 1, 21, 97 p. [online at SFEI website]
11 1. km Coyote Creek ALSL Sampling April: water (only) May, June/July & August: water & sediment A3N (control) A5 A7 ALSL- 3 A5 /A7 /A8 Internal Levees Breached APRIL 211 A16 (control) MASL (control) Sloughs Ponds A8 ALSL- 2 A8 Notch Opened 5 f on JUNE 1 st, 211 ALSL- 1
12 log k d [THg] (L/kg) THg Par==oning vs Salinity (21 [PRE- BRACH] only) R² = log[specific Conduc=vity] (µs/cm) Hg binding to parycles is controlled by salinity, DOC & parycle composiyon Has direct implicayons on Hg accumulayon into biota II. Pond A8 Notch Opening / Biosen=nal Toolbox Higher k d = par==oning towards par=cles Lower k d = par==oning towards dissolved phase Sloughs Control Ponds Pond A8 log k d [MeHg] (L/kg) MeHg Par==oning vs Salinity (21 [PRE- BRACH] only) R² = log[specific Conduc=vity] (µs/cm)
13 Changing Surface Water Chemistry (21 to 211) Specific Conduc=vity (µs/cm) 2, 16, 12, 8, 4, Salinity Decrease in A5/A7/A8 Complex DOC (mg/l) DOC Decrease in A5/ A7/A8 Complex TSS (mg/l) 1,4 1,2 1, complex REF.Pond up.alsl low.alsl REF.SL TSS Decrease in A5/ A7/A8 Complex ALSO: δ 13 C- POC Decrease in A5/A7/A8 Complex POC/PN Ra=o complex REF.Pond up.alsl low.alsl REF.SL P=.61 POC/PN Ra=o Increase in A5/A7/A8 Complex 2 complex REF.Pond up.alsl low.alsl REF.SL 6 complex REF.Pond up.alsl low.alsl REF.SL
14 Surface Water Hg Par==oning vs Salinity (21 & 211) LOG1 [kd.thg] A) k d [THg] vs Salinity R p = LOG1 [Specific Conductivity] complex REF.Pond up.alsl low.alsl REF.SL Significant shi\ in THg & MeHg paryyoning towards parycles from 21 to 211 (A5/A7/A8 Complex) Due to decreased salinity & DOC, and changing parycle character B) k d [MeHg] vs Salinity complex REF.Pond up.alsl low.alsl REF.SL LOG1 [kd.mehg] R p = LOG1 [Specific Conductivity]
15 II. Pond A8 Notch Opening / Biosen=nal Toolbox [21 211] DIFF [K d MeHg] (L/kg) -1, -2, SLOUGH Surface water MeHg par==oning coefficients REF.SL low.alsl up.alsl 21 to 211 DECREASE in kd[mehg] in up.alsl (near Pond A8 Notch), compared to low.alsl and REF.SL Shi\ towards dissolved phase Linked to high Salinity & DOC efflux from the A5/A7/A8 Complex? -3. April May June Aug
![Coincident with an increase in THg and MeHg paryyoning onto parycles SuggesYng less bioavailable Hg Alviso Slough Fish [Hg]](/docs-images/87/96919092/images/16-1.jpg "increased during 211 (peak in July) relayve to 21 and Mallard Slough Coincident with a decrease in MeHg paryyoning (off of")
16 Threespine S=ckleback Longjaw Mudsucker II. Pond A8 Notch Opening / Biosen=nal Toolbox A5/A7/A8 Complex Fish [Hg] decreased a\er opening of Pond A8 Notch (June 1, 211) Coincident with an increase in THg and MeHg paryyoning onto parycles SuggesYng less bioavailable Hg Alviso Slough Fish [Hg] increased during 211 (peak in July) relayve to 21 and Mallard Slough Coincident with a decrease in MeHg paryyoning (off of parycles) in upper Alviso Slough SuggesYng more bioavailable Hg Threespine S=ckleback Mississippi Silverside
17 III. Water Column Hg Flux / 24- Hr Diel Studies Collabora=on with USGS CA- Water Sciece Center, Sacramento, CA (G. Shellenbarger & D. Schoellhamer) Collect hourly surface water samples for Hg species over a full diel 24- hr cycle (two Ydes) Co- locate sampling with USGS conynuous monitoring stayon (mid- Alviso Slough) Seasonal (spring, summer, winter, fall), PLUS the 1 st big flush event Develop [Hg] & SSC relayonships Use conynuous monitoring & SSC mass flux data to integrate 24- hr results over longer Yme frames.
18 III. Water Column Hg Flux / 24- Hr Diel Studies 1. km A6 A5 Bayward A7 A8 Con=nuous monitoring buoy Collabora=on with USGS CA- Water Sciece Center, Sacramento, CA (G. Shellenbarger & D. Schoellhamer) Collect hourly surface H2O samples for Hg species over a full diel 24- hr cycle (two Ydes) Co- locate sampling with USGS conynuous monitoring stayon (mid- Alviso Slough) Net Sediment & Hg flux?? Slough cross sec=on Landward Seasonal (spring, summer, winter, fall), PLUS the 1 st big flush event Develop [Hg] & TSS relayonships Use conynuous monitoring & SSC mass flux data to integrate 24- hr results over longer Yme frames.
19 p- THg (ng/l) III. Water Column Hg Flux / 24- Hr Diel Studies Par=culate THg (ng/l) Also data for Dissolved THg Dissolved & ParYculate MeHg TSS, Chl- a, Salinity, temperature, Dissolve O 2 Carbon & Nitrogen (w/ isotopes) Tide Rela=ve to MLLW (m) p- THg (ng/g) dry wt Data for May 7-8, 212 Par=culate THg (ng/g) dry wt Tide Rela=ve to MLLW (m)
20 III. Water Column Hg Flux / 24- Hr Diel Studies 35 May 7-8, 212 par=culate THg (ng/l) y =.4x R² = Suspended Sediment (mg/l) The SSC vs p.thg rela=onship is established for each sampling event The con=nuous (high resolu=on) SSC data is then used to calculate p.thg flux
21 SSC (metric TONS / [15 min]) III. Water Column Hg Flux / 24- Hr Diel Studies Suspended Sediment Flux / May 7-8, May :3 8- May- 12 2:3 8- May :3 Bayward Landward Ini=al Flux Calcula=ons TONS of suspended sediment moving up/down Alviso Slough daily Net sediment & Hg flux can be either landward or bayward depending on season and Yde THg flux 1 s g/day Sampling Period Sediment (TONS / day) Total Hg (g / day) May 7-8, (landward) (landward) Nov. 1-2, (bayward) 1.3 (bayward) Dec. 1-2, (bayward) -.3 (landward)
22 Mercury in Mo=on 3 Short Stories / TAKE HOME Western U.S. (California) I. 26 & 212 Deep Cores / Bed Sediment & Hg Mobiliza=on Less Hg mobilized than originally predicted But Pond A8 has only opened 15 (out of 4 max) Most has eroded near Pond A6 breach II. Pond A8 Notch Opening / Biosen=nal Toolbox The opening of A8 notch affected the par==oning of THg and MeHg on/off par=cles in the Complex and Upper Alviso Slough This affected Hg availability into biota III. Water Column Hg Flux / 24- Hr Studies TONS of suspended sediment moving up/down Alviso Slough daily Daily Net sediment flux can be either landward or bayward THg flux 1 s g/day
Mercury and methylmercury transport in the Cache Creek Settling Basin, California, U.S.A.
Mercury and methylmercury transport in the Cache Creek Settling Basin, California, U.S.A. Alpers, C.N. 1, Fleck, J.A. 1, Marvin- DiPasquale, M. 2, Beaulieu, E. 1, and Wright, S.A. 1 1 U.S. Geological Survey,
Cache Creek Settling Basin Mercury Studies
Cache Creek Settling Basin Mercury Studies Charlie Alpers 1 and Josh Ackerman 2 1 USGS California Water Science Center, Sacramento, CA 2 USGS Western Ecological Research Center, Davis, CA Outline of Presentation
Aquatic Transfer Facility (ATF) San Pablo Bay (SPB) Proposed Region of ATF. Proposed Seabed Pipeline
Aquatic Transfer Facility (ATF) San Pablo Bay (SPB) Proposed Region of ATF Proposed Seabed Pipeline Technical Studies An Overview Scope: Provide background and new scientific information and analysis for
Lu, S., P. Craig, C. Wallen, Z. Liu, A. Stoddard, W. McAnnally and E. Maak. Dynamic Solutions, Knoxville, TN USACOE, Sacramento District
An Extended-Delta Hydrodynamic Model Framework for Sea Level Rise Analysis to Support Resource Management Planning for the Sacramento-San Joaquin River Delta Lu, S., P. Craig, C. Wallen, Z. Liu, A. Stoddard,
Using Remote Sensing to Map the Evolution of Marsh Vegetation in the South Bay of San Francisco
Using Remote Sensing to Map the Evolution of Marsh Vegetation in the South Bay of San Francisco Brian Fulfrost Design, Community and Environment (DC&E) 6 th Annual Bay-Delta Science Conference PROJECT
Task Determine total mercury and methylmercury in surface sediments of different Delta ecosystems
Task 4.1 - Determine total mercury and methylmercury in surface sediments of different Delta ecosystems Wesley A. Heim, Mark Stephenson, Autumn Bonnema, and Kenneth Coale Introduction For this task the
Phase I System Characterization: Year 2 Study Plans
Phase I System Characterization: Year 2 Study Plans Year I Physical and Biological Data Sets Quarterly Storm Sampling Four storm events with 8 sample stations at bridges Monthly Baseline Characterization
Does seagrass stimulate the bioavailability of mercury in contaminated sediments in a brackish fjord in Norway?
Does seagrass stimulate the bioavailability of mercury in contaminated sediments in a brackish fjord in Norway? Marianne Olsen 1,4, Morten Schaanning 1, Espen Eek 2, Frithjof Moy 3, Espen Lydersen 4 1
Additional Sediment Sampling and Analysis Plan. South Bay Salt Ponds Initial Stewardship Plan
Additional Sediment Sampling and Analysis Plan 1.0 Introduction South Bay Salt Ponds Initial Stewardship Plan Prepared by Lisa R. Stallings, Life Science!, Inc. In preparation of the initial Report of
Sediment Dynamics in Restored Tidal Wetlands of San Francisco Bay
Sediment Dynamics in Restored Tidal Wetlands of San Francisco Bay John Callaway & Jennifer Gagnon (USF) Lisa Schile (UC Berkeley) Evyan Borgnis & Tom Parker (SFSU) Donna Ball (HT Harvey & Assoc.) Gene
UC Berkeley Technical Completion Reports
UC Berkeley Technical Completion Reports Title Hydrodynamics of shallow water habitats in the Sacramento-San Joaquin Delta Permalink https://escholarship.org/uc/item/3j77h7t6 Author Stacey, Mark T Publication
Design of Levee Breaches in Sheltered Water for Flood Risk Reduction & Marsh Restoration ASFMP; June 5, 2014 Presented By:
Design of Levee Breaches in Sheltered Water for Flood Risk Reduction & Marsh Restoration ASFMP; June 5, 2014 Presented By: Rohin Saleh Alameda County Flood Control District Matt Powers, P.E. GEI Consultants
Wetland Sediment Dynamics at Crissy Field Marsh Annual Report
Wetland Sediment Dynamics at Crissy Field Marsh 27 Annual Report John Callaway Department of Environmental Science University of San Francisco 217 Fulton St. San Francisco, CA 94117 (415) 422-572 callaway@usfca.edu
Investigating the contribution of allochthonous subsidies to kelp forests in central California
Investigating the contribution of allochthonous subsidies to kelp forests in central California melissa m foley UCSC Institute of Marine Science and Center for Ocean Solutions system connectivity rivers
RMP Sediment Workgroup Meeting May 1, :30 AM 4:15 PM
RMP Sediment Workgroup Meeting May 1, 2018 9:30 AM 4:15 PM LOCATION San Francisco Estuary Institute 4911 Central Ave, Richmond, CA REMOTE ACCESS Audio by Phone: (415) 594-5500, Access Code 943-326-397#
Technical Memo: Initial Modeling of Levee Breaches. Prepared for: Delta Levees Risk Assessment Team
RMA RESOURCE MANAGEMENT ASSOCIATES, INC. FAIRFIELD, CALIFORNIA Technical Memo: Initial Modeling of Levee Breaches Prepared for: Delta Levees Risk Assessment Team January 24 DELTA LEVEES RISK ASSESSMENT
Sediment Transport in San Pablo Bay
Chapter 2 Sediment Transport in San Pablo Bay By David H. Schoellhamer, Neil K. Ganju, and Gregory G. Shellenbarger Introduction San Pablo Bay is the northwestern subembayment of the San Francisco Estuary
Long-term Water Quality Monitoring in Estero Bay
Long-term Water Quality Monitoring in Estero Bay Keith Kibbey Laboratory Director Lee County Environmental Laboratory Division of Natural Resource Management Estero Bay Monitoring Programs Three significant
Regional Sediment Management Science Workshop: Sediment in San Francisco Bay
Regional Sediment Management Science Workshop: Sediment in San Francisco Bay Purpose Co-sponsored by BCDC and USGS April 19-20, 2010 at USGS, Menlo Park, CA Discuss recent scientific results related to
Appendix O. Sediment Transport Modelling Technical Memorandum
Appendix O Sediment Transport Modelling Technical Memorandum w w w. b a i r d. c o m Baird o c e a n s engineering l a k e s design r i v e r s science w a t e r s h e d s construction Final Report Don
Sediment Supply to San Francisco Bay, Water Years 1995 through 2016:
CONTRIBUTION NO. 842 JUNE 2018 Sediment Supply to San Francisco Bay, Water Years 1995 through 2016: Data, trends, and monitoring recommendations to support decisions about water quality, tidal wetlands,
San Francisco Bay Living Shorelines Project Physical Properties Report, November Environmental Science Associates (ESA)
San Francisco Bay Living Shorelines Project Physical Properties Report, November 2014 Environmental Science Associates (ESA) Table of Contents 1 Introduction... 1 2 Methods... 3 2.1 Water Column Measurements...
Transport and fate of sediment and associated contaminants in SF Bay. Mike Connor & John Oram 2007 LTMS Science Workshop
Transport and fate of sediment and associated contaminants in SF Bay Mike Connor & John Oram 2007 LTMS Science Workshop Major Points Bay Still Responding to 1800 s mgmt Transport Has Spread Contamination
HISTORICAL DELTA LANDSCAPES Conceptual models for building a diverse and resilient future
HISTORICAL DELTA LANDSCAPES ITEM REMOVED DUE TO COPYRIGHT STATUS Conceptual models for building a diverse and resilient future Robin Grossinger and Alison Whipple San Francisco Estuary Institute/Aquatic
Sediment and Nutrient Mass Balance Model of Conowingo Pool
Sediment and Nutrient Mass Balance Model of Conowingo Pool Mark Velleux and Jim Fitzpatrick HDR Engineering Status Update: April 27, 2016 Chesapeake Bay Program Modeling Quarterly Review Model Grid and
Sediment Deposition LET THE RIVER RUN T E A C H E R. Activity Overview. Activity at a Glance. Time Required. Level of Complexity.
Activity at a Glance Grade: 6 9 Subject: Science Category: Physical Science, Earth Science Topic: Deposition, River Systems Time Required Two 45-minute periods Level of Complexity Medium Materials* TI-73
Factors Controlling Tidal Flat Morphology in South San Francisco Bay between the 1890s and 2005.
Factors Controlling Tidal Flat Morphology in South San Francisco Bay between the 1890s and 2005. A Thesis Presented to the Faculty of the School of Marine Science The College of William and Mary In partial
USGS efforts to model sea-level rise impact to tidal marshes along the California coast.
USGS efforts to model sea-level rise impact to tidal marshes along the California coast. Karen Thorne 1 J.Y Takekawa 1, K. Buffington 1, K. Swanson 2, J. Drexler 2, D.Schoellhamer 2, M. Casazza 3, and
UMCES Conowingo Studies Update November 4, 2015
UMCES Conowingo Studies Update November 4, 2015 Jeremy Testa, Michael Kemp, Jeff Cornwell, Hamlet Perez, Ming Li, Xiaohui Xie, Larry Sanford, Stephanie Barletta Sediment Flux Modeling Jeremy Testa and
REDWOOD VALLEY SUBAREA
Independent Science Review Panel Conceptual Model of Watershed Hydrology, Surface Water and Groundwater Interactions and Stream Ecology for the Russian River Watershed Appendices A-1 APPENDIX A A-2 REDWOOD
The Role of the Mangrove Ecotone Region in Regulating Nutrient Cycling and Wetland Productivity in South Florida
The Role of the Mangrove Ecotone Region in Regulating Nutrient Cycling and Wetland Productivity in South Florida Victor H. Rivera-Monroy, Stephen E. Davis III, Robert R. Twilley, Daniel L. Childers, Marc
IS THERE ENOUGH SEDIMENT? Presentation at the State of the Estuary Conference San Francisco, CA, October 9-10, By Philip B.
IS THERE ENOUGH SEDIMENT? Presentation at the State of the Estuary Conference San Francisco, CA, October 9-10, 2001 By Philip B. Williams 1. INTRO I AM TEMPTED TO MAKE THIS THE SHORTEST TALK OF THE CONFERENCE:
Linking Sediment Transport in the Hudson from the Tidal River to the Estuary
Linking Sediment Transport in the Hudson from the Tidal River to the Estuary Or, what happened to all the mud from Irene? David Ralston, Rocky Geyer, John Warner, Gary Wall Hudson River Foundation seminar
Tidal Wetlands & Climate Change
Tidal Wetlands & Climate Change Tom Parker (SF State) John Callaway (Univ SF) Lisa Schile (UCB); Ellen Herbert (Indiana U); Evyan Borgnis (USF, SFSU) Jessica Vandenberg (SFSU) Vance Vredenburg (SF State)
Generalized Conceptual Models Wetlands Regional Monitoring Program Compiled for the PEEIR
1 Generalized Conceptual Models Wetlands Regional Monitoring Program 2002 Compiled for the PEEIR 2 1. MANAGEMENT QUESTIONS DRIVE INDICATOR DEVELOPMENT The overarching wetland management questions are:
Lower Susquehanna River Integrated Sediment & Nutrient Monitoring Program
Lower Susquehanna River Integrated Sediment & Nutrient Monitoring Program Presented at the Chesapeake Bay Program Scientific and Technical Advisory Committee (STAC) Workshop January 13, 2016 Background
DPM Science Team. S. Baisden S. Wilcox N. Garratt D. Crawford T. Kinsey D. George. F. Sklar C. Saunders S. Newman C. Coronado C. Zweig S.
DPM Science Team F. Sklar C. Saunders S. Newman C. Coronado C. Zweig S. Hagerthey L. Larsen A. Hurst J. Harvey B. Rosen M. Dickman J. Choi J. Lewis E. Tate-Boldt M. Manna E. Cline C. Hansen M. Blaha F.
PENOBSCOT RIVER MERCURY STUDY. Chapter 8. Total and methyl mercury concentrations in mobile and surface sediments in the Upper Penobscot estuary
PENOBSCOT RIVER MERCURY STUDY Chapter 8 Total and methyl mercury concentrations in mobile and surface sediments in the Upper Penobscot estuary Submitted to Judge John Woodcock United States District Court
Beach Recovery Processes in Urban Beach Systems : A Study in Hong Kong after an Extreme Storm Event
Beach Recovery Processes in Urban Beach Systems : A Study in Hong Kong after an Extreme Storm Event LIFE+ FLANDRE international workshop "Management of coastal dunes and sandy beaches" Session 1. Climate
Creating a Bathymetric Database & Datum Conversion
Creating a Bathymetric Database & Datum Conversion Mitchell Brown Civil Engineering Technician Mitchell.E.Brown@erdc.dren.mil June 11, 2012 US Army Corps of Engineers BUILDING STRONG Introduction to Bathymetric
Illinois State Water Survey Division
Illinois State Water Survey Division SURFACE WATER SECTION SWS Miscellaneous Publication 108 SEDIMENT YIELD AND ACCUMULATION IN THE LOWER CACHE RIVER by Misganaw Demissie Champaign, Illinois June 1989
TIDAL EROSION AT ELKHORN SLOUGH
TIDAL EROSION AT ELKHORN SLOUGH Virtually all of California s tidal wetlands have been dramatically altered. Hydrological manipulations changes in water flow are widespread. Either flow has been decreased
PIANC World Congress San Francisco, USA 2014
NUMERICAL MODELING OF SEDIMENT DISPERSAL FOLLOWING DREDGE MATERIAL PLACEMENTS TO EXAMINE POSSIBLE AUGMENTATION OF THE SEDIMENT SUPPLY TO MARSHES AND MUDFLATS, SAN FRANCISCO BAY, USA by Aaron J. Bever 1,
Restoration Goals TFG Meeting. Agenda
San Joaquin River Restoration Program Restoration Goals TFG Meeting Reach 2B Update April 28, 2010 Agenda 1. Introductions 2. Program Restoration Goal Context 3. Program Update a) Interim Flows b) EIS/EIR
Time-series observations in the Northern Indian Ocean V.V.S.S. Sarma National Institute of Oceanography Visakhapatnam, India
The Second GEOSS Asia-Pacific Symposium, Tokyo, 14-16 th April 28 Time-series observations in the Northern Indian Ocean V.V.S.S. Sarma National Institute of Oceanography Visakhapatnam, India Seasonal variations
Carbon Sequestration Potential from Coastal Wetlands Restoration Sites
Carbon Sequestration Potential from Coastal Wetlands Restoration Sites Insert then choose Picture select your picture. Right click your picture and Send to back. Paul Krause, Alyssa Beach Emily Cooper,
Erich Gundlach, Ph.D.
Oil Shoreline Interactions: Deepwater Horizon SETAC Boston, November 2011 Erich Gundlach, Ph.D. E-Tech International Inc. New York, USA ErichEti@ cs.com www.oil-spill-info.com What s Going On Shorelines
PENOBSCOT RIVER MERCURY STUDY. Chapter 15. Temporal trends of total and methyl mercury in surface sediments,
PENOBSCOT RIVER MERCURY STUDY Chapter 15 Temporal trends of total and methyl mercury in surface sediments, 2006-2010 Submitted to Judge John Woodcock United States District Court (District of Maine) April
Estimates of Suspended-sediment Flux Entering San Francisco Bay from the Sacramento and San Joaquin Delta
San Francisco Estuary Regional Monitoring Program for Trace Substances Estimates of Suspended-sediment Flux Entering San Francisco Bay from the Sacramento and San Joaquin Delta Lester McKee Neil Ganju
Home About Us Articles Press Releases Image Gallery Contact Us Media Kit Free Subscription 10/5/2006 5:56:35 PM
Home About Us Articles Press Releases Image Gallery Contact Us Media Kit Free Subscription 10/5/2006 5:56:35 PM Industry Resources Industry Directory NASA Links Missions/Launches Calendar Human development
Geomorphology Geology 450/750 Spring Fluvial Processes Project Analysis of Redwood Creek Field Data Due Wednesday, May 26
Geomorphology Geology 450/750 Spring 2004 Fluvial Processes Project Analysis of Redwood Creek Field Data Due Wednesday, May 26 This exercise is intended to give you experience using field data you collected
Three main areas of work:
Task 2: Climate Information 1 Task 2: Climate Information Three main areas of work: Collect historical and projected weather and climate data Conduct storm surge and wave modeling, sea-level rise (SLR)
Island Design. UMRS EMP Regional Workshop. Presentation for the
Island Design Presentation for the UMRS EMP Regional Workshop by Jon Hendrickson Hydraulic Engineer Regional Technical Specialist, Water Quality and Habitat Restoration August 17 19, 2005 Project Delivery
Simulating Sediment Transport in the Patapsco River following Dam Removal with Dam Removal Express Assessment Model-1 (DREAM-1)
Simulating Sediment Transport in the Patapsco River following Dam Removal with Dam Removal Express Assessment Model-1 (DREAM-1) Prepared for Inter-Fluve 362 Atwood Ave., Suite 3 Madison, WI 53714 www.interfluve.com
Nitrogen and phosphorus dynamics in restored riverine floodplains in intensively managed watersheds
Nitrogen and phosphorus dynamics in restored riverine floodplains in intensively managed watersheds Sara McMillan 1, Alex Johnson 1, Celena Alford 1, Greg Noe 2, Venkatesh Merwade 1, Sayan Dey, 1 Siddharth
Analysis of Tides and Storm Surge from Observational Records in the Delaware Inland Bays
Analysis of Tides and Storm Surge from Observational Records in the Delaware Inland Bays John Callahan Delaware Geological Survey Coastal GeoTools Conference March 30 April 2, 2015 Charleston, SC Outline
South San Francisco Bay Shoreline Studies for EIA 11 with Project Conditions
South San Francisco Bay Shoreline Studies for EIA 11 with Project Conditions U.S. Army Corps of Engineers San Francisco District Ms. Lisa Andes Mr. Craig Conner Dr. Frank Wu Dr. Jen-Men Lo Dr. Michael
THE IMPORTANCE OF SCIENCE IN COASTAL RESTORATION IN LOUISIANA
THE IMPORTANCE OF SCIENCE IN COASTAL RESTORATION IN LOUISIANA Barb Kleiss USACE, Mississippi Valley Division August 3, 2011 LCA S&T Office Authorized under WRDA 2007 Designed to address technical issues
Habitat Suitability for Forage Fishes in Chesapeake Bay
Habitat Suitability for Forage Fishes in Chesapeake Bay Aug 2017 Jul 2019 Mary C Fabrizio Troy D Tuckey Aaron J Bever Michael L MacWilliams 21 June 2018 Photo: Chesapeake Bay Program Motivation Production
Sea level change around the Philippines
Sea level Sea level around the Philippines Institute of Environmental Science for Social Change (ESSC) Conference on Internal Migration and Displacement Davao City, Philippines 20 May 2012 Regional How
Seasonal Changes in the Mekong River Delta's Distributary Channels and Nearshore Sedimentary Environments
DISTRIBUTION STATEMENT A. Approved for public release; distribution is unlimited. Seasonal Changes in the Mekong River Delta's Distributary Channels and Nearshore Sedimentary Environments Paul Liu & David
Upper Truckee River Restoration Lake Tahoe, California Presented by Brendan Belby Sacramento, California
Upper Truckee River Restoration Lake Tahoe, California Presented by Brendan Belby Sacramento, California Mike Rudd (Project Manager), Charley Miller & Chad Krofta Declines in Tahoe s Water Clarity The
ΛTKINS. Applications of Regional Sediment Management Concepts in Texas Estuarine Restoration Projects. Riparian Workshop Fort Worth, October 17, 2012
Juan C Moya, PhD., PG Coastal Planning and Restoration Applications of Regional Sediment Management Concepts in Texas Estuarine Restoration Projects Riparian Workshop Fort Worth, October 17, 2012 West
Stop 1: Marmot Dam Stop 1: Marmot Dam
Stop 1: Marmot Dam Stop 1: Marmot Dam Following the removal of Marmot Dam in 2007, the fate of the reservoir sediments has been monitored through a series of surveys and sediment transport measurements.
Cruise Report 2005 RMP Water Cruise
Cruise Report 2005 RMP Water Cruise A P P L I E D S C I E N C E S 1.0 INTRODUCTION This report details activities associated with the annual Regional Monitoring Program for Trace Substances in the San
Pablo Bay in Sonoma, Solano, and Napa Counties. It is owned and managed by the U.S. Fish and Wildlife
Appendix L San Pablo Bay Marsh Introduction San Pablo Bay National Wildlife Refuge marsh (hereafter San Pablo) is located on the north shore of San Pablo Bay in Sonoma, Solano, and Napa Counties. It is
Environmental Resources Management
Figure 1: Concentration of Metals and Metalloid (Cr, Cu, Ni, Pb, Zn, As; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in January 2014. Figure 2: Concentration
WIND EFFECTS ON CHEMICAL SPILL IN ST ANDREW BAY SYSTEM
WIND EFFECTS ON CHEMICAL SPILL IN ST ANDREW BAY SYSTEM PETER C. CHU, PATRICE PAULY Naval Postgraduate School, Monterey, CA93943 STEVEN D. HAEGER Naval Oceanographic Office, Stennis Space Center MATHEW
Disentangling Impacts of Climate & Land Use Changes on the Quantity & Quality of River Flows in Southern Ontario
Disentangling Impacts of Climate & Land Use Changes on the Quantity & Quality of River Flows in Southern Ontario by Trevor Dickinson & Ramesh Rudra, Water Resources Engineering University of Guelph Acknowledgements
What do you need for a Marathon?
What do you need for a Marathon? Water and a snack? What about just a normal day? 1 flush = 3.5 gallons 1 flush = 3.5 gallons 10 minute shower = 20 gal 1 flush = 3.5 gallons 10 minute shower = 20 gal Jeans
Sediment and Nutrient Mass Balance Model of ConowingoPool
Sediment and Nutrient Mass Balance Model of ConowingoPool Mark Velleux and Jim Fitzpatrick HDR Engineering Chesapeake Bay Program Modeling Quarterly Review: August 10, 2016 Model Grid and Spatial Resolution
PTM: A Lagrangian Particle Tracking Model. Joseph Gailani
PTM: A Lagrangian Particle Tracking Model Joseph Gailani Joe.Z.Gailani@usace.army.mil OUTLINE Motivation for sediment/constituent modeling system Objectives of modeling system Description of PTM PTM Example
Reducing Nitrogen Removal Uncertainty for Operation of Mississippi River Sediment Diversions: Nitrate Reduction Rates In Turbulent Flow Conditions
Reducing Nitrogen Removal Uncertainty for Operation of Mississippi River Sediment Diversions: Nitrate Reduction Rates In Turbulent Flow Conditions Nia R. Hurst, John R. White, Kehui Xu, and MingCheng Ren
Steven Noble MDEQ - WRD Enbridge Response Unit
EPA situation report, October 19, 2012 Steven Noble MDEQ - WRD Enbridge Response Unit Brief history of the spill Monitoring Monitoring the impacts Follow the oil The Current Situation A Look at the Future
Mercury Modeling Case Studies in NY/NJ Harbor
Mercury Modeling Case Studies in NY/NJ Harbor Robert Santore HydroQual, Inc. Presented at the Mercury Fate and Transport Modeling Workshop University of Delaware January 4 and 5, 2005 Contaminant Assessment
Sediment and nutrient transport and storage along the urban stream corridor
Sediment and nutrient transport and storage along the urban stream corridor Greg Noe, Cliff Hupp, Ed Schenk, Jackie Batson, Nancy Rybicki, Allen Gellis What is the role of floodplains everywhere? Noe 2013,
Appendix J Vegetation Change Analysis Methodology
Appendix J Vegetation Change Analysis Methodology Regional Groundwater Storage and Recovery Project Draft EIR Appendix-J April 2013 APPENDIX J- LAKE MERCED VEGETATION CHANGE ANALYSIS METHODOLOGY Building
Elkhorn Slough Marsh Stratigraphy
Elkhorn Slough Marsh Stratigraphy Prehistoric marsh extent & recent sediment accretion Elizabeth Burke Watson, Ph.D. U.S. Environmental Protection Agency Narragansett, RI Paleoecology: Reconstruction of
Conceptual Sea Level Rise Adaptation Strategy
CORTE MADERA BAYLANDS Conceptual Sea Level Rise Adaptation Strategy PREPARED BY The San Francisco Bay Conservation and Development Commission and ESA PWA May 8, 2013 aerialarchives.com 2 Corte Madera Baylands
Preliminary Data Release for the Humboldt Bay Sea Level Rise Vulnerability Assessment: Humboldt Bay Sea Level Rise Inundation Mapping
Preliminary Data Release for the Humboldt Bay Sea Level Rise Vulnerability Assessment: Humboldt Bay Sea Level Rise Inundation Mapping Prepared by: Jeff Anderson, Northern Hydrology & Engineering (jeff@northernhydrology.com)
8.1 Attachment 1: Ambient Weather Conditions at Jervoise Bay, Cockburn Sound
8.1 Attachment 1: Ambient Weather Conditions at Jervoise Bay, Cockburn Sound Cockburn Sound is 20km south of the Perth-Fremantle area and has two features that are unique along Perth s metropolitan coast
Lower Susquehanna River Reservoir System Proposed Modeling Enhancements
Lower Susquehanna River Reservoir System Proposed Modeling Enhancements Presented at the Chesapeake Bay Program Scientific and Technical Advisory Committee (STAC) Workshop January 13, 2016 Overview Due
Klamath River Dam Removal Study:
: Prepared for California Coastal Conservancy 1330 Broadway, 13th Floor Oakland, CA 94612 (Contract No. 06-141) Prepared by 2855 Telegraph Ave. Suite 400 Berkeley, CA 94705 Acknowledgement A pre-project
Changing Hydrology under a Changing Climate for a Coastal Plain Watershed
Changing Hydrology under a Changing Climate for a Coastal Plain Watershed David Bosch USDA-ARS, Tifton, GA Jeff Arnold ARS Temple, TX and Peter Allen Baylor University, TX SEWRU Objectives 1. Project changes
Computer Model of Water Clarity in Shallow Water for Chesapeake Bay Water Quality Management
Computer Model of Water Clarity in Shallow Water for Chesapeake Bay Water Quality Management P. Wang 1 and L.C. Linker 2 1 UMCES/CBPO, 2 USEPA/CBPO CERF 09 - Portland, OR November 4, 2009 USA Chesapeake
Morro Bay National Estuary Program. Sediment Monitoring Report 2016
Morro Bay National Estuary Program Sediment Monitoring Report 2016 Prepared by Morro Bay National Estuary Program 601 Embarcadero, Suite 11 Morro Bay, CA 93442 October 2017 TABLE OF CONTENTS Executive
Conceptual Sea Level Rise Adaptation Strategy
CORTE MADERA BAYLANDS Conceptual Sea Level Rise Adaptation Strategy PREPARED BY The San Francisco Bay Conservation and Development Commission and ESA PWA May 8, 2013 aerialarchives.com 2 Corte Madera Baylands
Forecasting Gulf of Mexico Hypoxia under Scenarios of Watershed and River Management
Forecasting Gulf of Mexico Hypoxia under Scenarios of Watershed and River Management Dubravko Justic and Lixia Wang Department of Oceanography and Coastal Sciences College of the Coast and Environment
Summary of Hydraulic and Sediment-transport. Analysis of Residual Sediment: Alternatives for the San Clemente Dam Removal/Retrofit Project,
Appendix N SUMMARY OF HYDRAULIC AND SEDIMENT-TRANSPORT ANALYSIS OF RESIDUAL SEDIMENT: ALTERNATIVES FOR THE SAN CLEMENTE DAM REMOVAL/RETROFIT PROJECT, CALIFORNIA the San Clemente Dam Removal/Retrofit Project,
DYNAMICS OF SEDIMENT ACCUMULATION IN POND A21 AT THE ISLAND PONDS
DYNAMICS OF SEDIMENT ACCUMULATION IN POND A21 AT THE ISLAND PONDS John C. Callaway 1 V. Thomas Parker 2 Lisa M. Schile 3 Ellen R. Herbert 2 Evyan L. Borgnis 1 Submitted to: Ann Buell California State Coastal
Open-File Report A. Prepared in cooperation with the Bureau of Land Management and the California State Water Resources Control Board
Prepared in cooperation with the Bureau of Land Management and the California State Water Resources Control Board The Effects of Sediment and Mercury Mobilization in the South Yuba River and Humbug Creek
Project No India Basin Shadow Study San Francisco, California, USA
Project No. 432301 India Basin Shadow Study San Francisco, California, USA Numerical Modelling Studies 04 th June 2018 For Build Inc. Report Title: India Basin Shadow Study San Francisco, California, USA
J.B. Shaw and D. Mohrig
GSA DATA REPOSITORY 2014008 J.B. Shaw and D. Mohrig Supplementary Material Methods Bathymetric surveys were conducted on 26 June- 4 July, 2010 (Fig. 2A), 7 March, 2011 (Fig. 2B), 11-12 August, 2011 (Figs.
Background Field program information Examples of measurements Wind validation for synthetic modeling effort
Background Field program information Examples of measurements Wind validation for synthetic modeling effort How do complex fine-scale structure and processes in coastal waters dominated by pulsed-river
A process-based approach toward assessing the coastal impact of projected sea level rise and severe storms
A process-based approach toward assessing the coastal impact of projected sea level rise and severe storms Patrick Barnard 1, Cheryl Hapke 2, Li Erikson 1, Amy Foxgrover 1, and Maarten van Ormondt 3 1
The assessment of sediment bed properties within the York River estuary as a function of spring and neap tidal cycles
The assessment of sediment bed properties within the York River estuary as a function of spring and neap tidal cycles Lindsey Kraatz and Carl Friedrichs York River Research Symposium April 20, 2011 Motivation
Estuarine sediment deposition during wetland restoration: A GIS and remote sensing modeling approach
Geocarto International ISSN: 1010-6049 (Print) 1752-0762 (Online) Journal homepage: https://www.tandfonline.com/loi/tgei20 Estuarine sediment deposition during wetland restoration: A GIS and remote sensing
The rate and fate of coastal carbon burial
The rate and fate of coastal carbon burial Matthew L. Kirwan, Virginia Institute of Marine Science Main Points Marsh size Marsh accretion 1. SLR drives wetland carbon burial in vertical and lateral dimensions
Patrick Baskfield. Scott Matteson. Minnesota Pollution Control Agency. Minnesota State University Water Resource Center
Regression Analysis of Total Suspended Solids Concentrations to Estimate Streambank, Upland Field, and Classic Gully Sediment Contributions to Minnesota River Tributaries Patrick Baskfield Minnesota Pollution
Sediment and Carp Dynamics in Lake Mendota s Yahara River Estuary
Sediment and Carp Dynamics in Lake Mendota s Yahara River Estuary Final project report for DNR Lake Planning Grant to Dane County with subcontract to UW Madison; Submitted April 4, 2013 Prof. Chin Wu (Project