21st Conference on the Geology of Long Island and Metropolitan New York.

Slides:



Advertisements
Similar presentations
Figure 1-1. Land use and cover in the Queenstown Planning Area.
Advertisements

Glaciers, Desert, and Wind
Glaciers, Desert, and Wind
MN Physical Geography.
How did Block Island form. How is it changing now
The Glacial Features of Martha’s Vineyard - Part Three.
Geomorphic Context for Sediment Sources, Movement, and Deposition in the Bad River, Bad River Reservation, Wisconsin By Faith Fitzpatrick 1, Kirsten Cahow-Scholtes.
Bliss Area Sewage System Groundwater Monitoring Pete Ganzel Washington County Department of Public Health & Environment.
Tectonic History of Long Island Glenn Richard Stony Brook University Map from:
Soils: facts and fiction
Chapter 8 Fetter, Applied Hydrology 4 th Edition, 2001 Geology of Groundwater Occurrence.
HERBERT C. MILLS 21 ST CONFERENCE ON GEOLOGY OF LONG ISLAND AND METROPOLITAN NEW YORK ICE FLOW IN THE VICINITY OF THE MANETTO HILLS, DIX HILLS AND HALF.
Hydro-Mechanical Properties and Stability Analysis of Four Landslide-Prone Hillslopes in Western North Carolina 30 October 2013 York W. Lewis 1, Alexandra.
Pleistocene Glaciation of North America. Pleistocene Ice Ages.
INTRODUCTION The Willamette Valley contains widespread Quaternary-age sedimentary deposits. Understanding the origin, distribution, nature, and thickness.
Composite of Sea Level – for last 600 k years. Note that SL was not always extremely low during glacial periods. From Rabineau et al, EPSL, 2006.
The Glacial and Coastal Geomorphology of Guilford, Connecticut Abbie Cooper GE254:Principles of Geomorphology May 7 th, 2015.
Glacial History of Cape Cod, Nantucket, & Martha’s Vineyard
Saturated thickness and thickness change over time are important parameters used to model and manage the High Plains aquifer. Insight into how these parameters.
Grand Canyon National Park By: AJ Nash. Welcome!!! To all members of the National Geologic Society. If you are a geologist looking for the opportunity.
Topic 18 Coasts, Beaches, and Estuaries GEOL 2503 Introduction to Oceanography.
Glaciers and Glaciation
Winds Erosion.
Changes in Freeze-Thaw and Permafrost Dynamics and Their Hydrological Implication over the Russian Arctic Drainage Basin Tingjun Zhang and R. G. Barry.
Bodies of Water Presentation created by Robert Martinez Primary Content Source: McDougal Little World Geography.
Quaternary Geomorphology A Workshop for P.G. Candidates December 18, 2010 Dr. Don Thieme.
“Saving York Factory” Project 2007 Hydrology Report LeeAnn Fishback Scientific Coordinator Churchill Northern Studies Centre January 15, 2008.
An Introduction to Nervous Systems © 2007 by Cold Spring Harbor Laboratory Press. Chapter 8, Figure 1.
Social Studies Map Skills
1 GROUNDWATER HYDROLOGY AND CONTAMINANT TRANSPORT CEVE 518 P.C. de Blanc C.J. Newell 1.Hydrologic Cycle and Water Distribution 2.Soil Horizons 3.Aquifers.
Long Island: Home Sweet Home
The aquifer lies on top of the bedrock, and in the eastern three quarters of the area, it is deeply buried below younger fine-grained sediment. The Mahomet.
Connecticut’s Glacial History
Erosion and Deposition by Glaciers Chapter 4: Topic 8.
Results/Discussion The surficial geology of the Benson 7.5 Minute Quadrangle consists of the Cahokia Alluvium, Henry Formation, and Lemont Formation. All.
C. Guney Olgun Department of Civil and Environmental Engineering, Virginia Tech Thomas A. Barham, Morgan A. Eddy, Mark Tilashalski, Martin C. Chapman,
Glacial History of Cape Cod, Nantucket, and Martha’s Vineyard Stefan Sandreuter ‘16 GE354.
How The Last Ice Age Shaped Canada
Soil Science #1 Parent Material. What Is Soil? Soil: The unconsolidated mineral or organic material on the immediate surface of the earth that serves.
Glacial Geomorphology and Bedrock Geology in Altamont, NY Nick Pattison.
Bell Ringer On the first page of your Social Studies Notebook, write the title (as seen above) at the top of the page, followed by the date in the left-hand.
Workshop on “Coastal Aquifer Management in the Caribbean” 14 th - 16 th December 2011 Trinidad and Tobago Workshop on “Coastal Aquifer Management in the.
OKX The OKX sounding at 1200 UTC has 153 J kg -1 CIN extending upwards to 800 hPa and < 500 J kg -1 CAPE. There was 41.8 mm of precipitable water. By 1400.
What happens to the eroded debris? Glaciers pick up and transport a huge load of debris as they slowly advance across the land. Ultimately, these materials.
EBS101 ENGINEERING GEOLOGY DR HAREYANI ZABIDI
Geo 102 Lab #1 Pacific Northwest Geologic Mystery.
The Geology and Landforms of Wisconsin’s Driftless Area Cameron Brooks-Miller.
Quaternary Geomorphology
Natural Gas Resources of the Taylorsville Mesozoic Basin
Glaciers and Oceans Yay!.
AIM: How do Glaciers change the landscape? Do Now:
Glaciers, Desert, and Wind
The Natural Environment of Washington
The Patchogue-Medford Library Salutes the Town on its Anniversary
Glaciers, Desert, and Wind
Physical Features of the United States
Erosion and Deposition Part 2 Wind, Waves, Glaciers, & Mass Movement
Geology of Groundwater Occurrence
Continental and Alpine
Glaciers & erosion Glaciers can leave behind large boulders known as erratic. Glaciers can move lots of sediments that can carve striations or grooves.
NEW OPPORTUNITIES AND CHALLENGES IN 3-D GEOLOGICAL MAPPING IN POLAND
Unit 1: Geography of the United States and North Carolina
Welcome to the 2004 Massachusetts Envirothon Workshop Part I
Warm Up 8/22 You do NOT need to write the questions today. Draw a diagram of the globe and label the Prime Meridian and Equator. What hemispheres does.
Geological History of Connecticut
DO FIRST A _____________ is a stream that empties into another stream.
Glacial Deposition Glacial Drift – general term for glacial deposits
(a) Southern Scotland and northern England coalfield exposure and locality of the Greenburn surface mine and (b) regional mineral resource geology of the.
Presentation transcript:

21st Conference on the Geology of Long Island and Metropolitan New York

Site location at Cold Spring Harbor Labs

Digital elevation map with site location

Cobble layer overlooking Cold Spring Harbor

Cobbles and small boulders

Cobble layer with till above

Soil horizon above stratified drift

Stratified drift with alternating coarse layers

Thick sandy outwash below coarse layer

Huge pile of cobbles & small boulders from coarse layer

Cobbles and small boulders separated from coarse layer

Iridescent oxide coating on small boulder

Quartz ventifacts

Cross-section of bluffs in Port Washington sand mines, c. 1974

Approx, extent of Cretaceous cuesta in western L.I. Sound, Lewis & Stone, 1991

Location of channel deposits in western L.I. Sound, Stone, et.al.2005

Acknowledgments The author wishes to thank the management of the Cold Spring Harbor Laboratory for providing access to the site during the excavation process. References Fuller, M.L., The Geology of Long Island, New York. U.S. Geological Survey Professional Paper 82, 231p. Isbister, J., Geology and Hydrology of Northeastern Nassau County, Long Island, New York: U.S. Geological Survey Water Supply Paper 1825, 89p. Mills, H.C., 2013, An extraordinary deposit of very coarse stratified drift, Cold Spring Harbor, NY, 20th Annual Long Island Geologist Conference, Stony Brook University. Mills, H.C., and Wells, P.D., 1974, Ice-shove deformation and glacial stratigraphy of Port Washington, Long Island, New York: Geol. Soc. America Bull., v. 85, pp Sirkin, L.A., and Stuckenrath, R., 1980, The Portwashingtonian warm interval in the northern Atlantic coastal plain: Geol. Soc. America Bull., Part 1, v. 91, pp Stone, J.R., et. al., 2005, Quaternary Geologic Map of Connecticut and Long Island Sound Basin: Scientific Investigations Map 2784, U.S. Geological Survey. Acknowledgments The author wishes to thank the management of the Cold Spring Harbor Laboratory for providing access to the site during the excavation process. References Fuller, M.L., The Geology of Long Island, New York. U.S. Geological Survey Professional Paper 82, 231p. Isbister, J., Geology and Hydrology of Northeastern Nassau County, Long Island, New York: U.S. Geological Survey Water Supply Paper 1825, 89p. Mills, H.C., 2013, An extraordinary deposit of very coarse stratified drift, Cold Spring Harbor, NY, 20th Annual Long Island Geologist Conference, Stony Brook University. Mills, H.C., and Wells, P.D., 1974, Ice-shove deformation and glacial stratigraphy of Port Washington, Long Island, New York: Geol. Soc. America Bull., v. 85, pp Sirkin, L.A., and Stuckenrath, R., 1980, The Portwashingtonian warm interval in the northern Atlantic coastal plain: Geol. Soc. America Bull., Part 1, v. 91, pp Stone, J.R., et. al., 2005, Quaternary Geologic Map of Connecticut and Long Island Sound Basin: Scientific Investigations Map 2784, U.S. Geological Survey.