Land, Natural Resources, and Geology
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Igneous Processes During the Assembly and Breakup of Pangaea: Northern New Jersey and New York City
IGNEOUS PROCESSES DURING THE ASSEMBLY AND BREAKUP OF PANGAEA: NORTHERN NEW JERSEY AND NEW YORK CITY CONFERENCE PROCEEDINGS AND FIELD GUIDE EDITED BY Alan I. Benimoff GEOLOGICAL ASSOCIATION OF NEW JERSEY XXX ANNUAL CONFERENCE AND FIELDTRIP OCTOBER 11 – 12, 2013 At the College of Staten Island, Staten Island, NY IGNEOUS PROCESSES DURING THE ASSEMBLY AND BREAKUP OF PANGAEA: NORTHERN NEW JERSEY AND NEW YORK CITY CONFERENCE PROCEEDINGS AND FIELD GUIDE EDITED BY Alan I. Benimoff GEOLOGICAL ASSOCIATION OF NEW JERSEY XXX ANNUAL CONFERENCE AND FIELDTRIP OCTOBER 11 – 12, 2013 COLLEGE OF STATEN ISLAND, STATEN ISLAND, NY i GEOLOGICAL ASSOCIATION OF NEW JERSEY 2012/2013 EXECUTIVE BOARD President .................................................. Alan I. Benimoff, PhD., College of Staten Island/CUNY Past President ............................................... Jane Alexander PhD., College of Staten Island/CUNY President Elect ............................... Nurdan S. Duzgoren-Aydin, PhD., New Jersey City University Recording Secretary ..................... Stephen J Urbanik, NJ Department of Environmental Protection Membership Secretary ..............................................Suzanne Macaoay Ferguson, Sadat Associates Treasurer ............................................... Emma C Rainforth, PhD., Ramapo College of New Jersey Councilor at Large………………………………..Alan Uminski Environmental Restoration, LLC Councilor at Large ............................................................ Pierre Lacombe, U.S. Geological Survey Councilor at Large ................................. -
Bedrock Geologic Map of the Monmouth Junction Quadrangle, Water Resources Management U.S
DEPARTMENT OF ENVIRONMENTAL PROTECTION Prepared in cooperation with the BEDROCK GEOLOGIC MAP OF THE MONMOUTH JUNCTION QUADRANGLE, WATER RESOURCES MANAGEMENT U.S. GEOLOGICAL SURVEY SOMERSET, MIDDLESEX, AND MERCER COUNTIES, NEW JERSEY NEW JERSEY GEOLOGICAL AND WATER SURVEY NATIONAL GEOLOGIC MAPPING PROGRAM GEOLOGICAL MAP SERIES GMS 18-4 Cedar EXPLANATION OF MAP SYMBOLS cycle; lake level rises creating a stable deep lake environment followed by a fall in water level leading to complete Cardozo, N., and Allmendinger, R. W., 2013, Spherical projections with OSXStereonet: Computers & Geosciences, v. 51, p. 193 - 205, doi: 74°37'30" 35' Hill Cem 32'30" 74°30' 5 000m 5 5 desiccation of the lake. Within the Passaic Formation, organic-rick black and gray beds mark the deep lake 10.1016/j.cageo.2012.07.021. 32 E 33 34 535 536 537 538 539 540 541 490 000 FEET 542 40°30' 40°30' period, purple beds mark a shallower, slightly less organic-rich lake, and red beds mark a shallow oxygenated 6 Contacts 100 M Mettler lake in which most organic matter was oxidized. Olsen and others (1996) described the next longer cycle as the Christopher, R. A., 1979, Normapolles and triporate pollen assemblages from the Raritan and Magothy formations (Upper Cretaceous) of New 6 A 100 I 10 N Identity and existance certain, location accurate short modulating cycle, which is made up of five Van Houten cycles. The still longer in duration McLaughlin cycles Jersey: Palynology, v. 3, p. 73-121. S T 44 000m MWEL L RD 0 contain four short modulating cycles or 20 Van Houten cycles (figure 1). -
Rock Climbing Inventory of NJ's State Parks and Forest
Allamuchy Mountain, Stephens State Park Rock Climbing Inventory of NJ’s State Parks and Forest Prepared by Access NJ Contents Photo Credit: Matt Carlardo www.climbnj.com June, 2006 CRI 2007 Access NJ Scope of Inventory I. Climbing Overview of New Jersey Introduction NJ’s Climbing Resource II. Rock-Climbing and Cragging: New Jersey Demographics NJ's Climbing Season Climbers and the Environment Tradition of Rock Climbing on the East Coast III. Climbing Resource Inventory C.R.I. Matrix of NJ State Lands Climbing Areas IV. Climbing Management Issues Awareness and Issues Bolts and Fixed Anchors Natural Resource Protection V. Appendix Types of Rock-Climbing (Definitions) Climbing Injury Patterns and Injury Epidemiology Protecting Raptor Sites at Climbing Areas Position Paper 003: Climbers Impact Climbers Warning Statement VI. End-Sheets NJ State Parks Adopt a Crag 2 www.climbnj.com CRI 2007 Access NJ Introduction In a State known for its beaches, meadowlands and malls, rock climbing is a well established year-round, outdoor, all weather recreational activity. Rock Climbing “cragging” (A rock-climbers' term for a cliff or group of cliffs, in any location, which is or may be suitable for climbing) in NJ is limited by access. Climbing access in NJ is constrained by topography, weather, the environment and other variables. Climbing encounters access issues . with private landowners, municipalities, State and Federal Governments, watershed authorities and other landowners and managers of the States natural resources. The motives and impacts of climbers are not distinct from hikers, bikers, nor others who use NJ's open space areas. Climbers like these others, seek urban escape, nature appreciation, wildlife observation, exercise and a variety of other enriching outcomes when we use the resources of the New Jersey’s State Parks and Forests (Steve Matous, Access Fund Director, March 2004). -
Spring 2021 Newsletter
Spring | 2021 New Jersey Conservation FINDING PEACE in the PANDEMIC Getting outdoors for body and mind PIPELINE CASE HEADS TO U.S. SUPREME COURT 10 High court will decide if private PennEast company can seize public lands to build a for‐profit pipeline. SOMEWHERE, OVER THE RAINBOW 12 Rainbow Hill at Sourland Mountain Preserve offers sweeping views, including rainbows after storms! TEN MILE TRAIL VISION REALIZED 14 Newly‐preserved land helps connect 1,200 acres of open space and farmland in Hunterdon County. ABOUT THE COVER “During the pandemic this past year, being outdoors in natural surroundings simply felt nice, sane, and free.” MaryAnn Ragone DeLambily took this stunning photo while hiking through Franklin Parker Preserve, one of the many places New Jerseyans found solace over the past year. Trustees Rosina B. Dixon, M.D. HONORARY TRUSTEES PRESIDENT Hon. James J. Florio Wendy Mager FIRST VICE PRESIDENT Hon. Thomas H. Kean Joseph Lemond Hon. Maureen Ogden SECOND VICE PRESIDENT Hon. Christine Todd Whitman Finn Caspersen, Jr. TREASURER From Our Pamela P. Hirsch SECRETARY Executive Director ADVISORY COUNCIL Penelope Ayers ASSISTANT SECRETARY Bradley M. Campbell Michele S. Byers Cecilia Xie Birge Christopher J. Daggett Jennifer Bryson Wilma Frey Roger Byrom John D. Hatch Theodore Chase, Jr. Douglas H. Haynes It seems like we all need inspiration and hope this year given the not‐over‐yet pandemic, Jack Cimprich H. R. Hegener David Cronheim Hon. Rush D. Holt climate change, species extinction, tribalism, isolation and the news! Getting outdoors is one John L. Dana Susan L. Hullin way to find “Peace in the Pandemic” as you can read about in the pages that follow. -
Research on Railroad Ballast Specification and Evaluation
Transportation Research Record 1006 l Research on Railroad Ballast Specification and Evaluation GERALD P. RAYMOND ABSTRACT Research leading to recommended procedures for ballast selection and grading are presented. The ballast selection procedure is also presented and offers a sequential screening process to eliminate undesirable materials. The procedure classifies the surviving ballasts in terms of annual gross tonnage based on 30 tonne (33 ton) axle loading and American Railway Engineering Association grad ing No. 4. The effect of grading variation and its effect on track performance is also presented. From 1970 to 1978 Transport Canada Research and De color, and chemical composition. From a ballast per velopment Centre, Canadian National Railway Company, formance viewpoint, mineral hardness, generally and Canadian Pacific Limited cosponsored a research based on Mohs hardness scale, is of considerable im program at Queen's University through the Canadian portance. Institute of Guided Ground Transport to investigate Particular geological processes give rise to the stresses and deformations in the railway track three rock types, igneous, sedimentary, and meta structure and the support under dynamic and static morphic. Rock specimens may be used to classify the load systems. The findings and recommendations re rock type and also to provide information about the garding the specification for evaluating processed geological history of the area where it was located. rock , slag, and gravel railway ballast sources are This information is valuable to the ballast selec summarized in this paper. Comments are included tion process. about the new Canadian Pacific Rail ballast specif i cation, which was partially based on the findings presented by Raymond et al. -
Trenching Report on Long
DARIEN RESOURCES INC. Trap Rock Project Long Township, Sault Saint Marie Mining Division Report on Trenching, Drilling, and Bulk Sampling, Claims 4219196,4223995, and 3009531 Long Township -by- RECE\VED ~!0\l 2 4 'LO\\ GEOSCIENCE ~SSESSMEN1 Jamie Lavigne, MSc., P.Geo. OFFICE November, 201 1 - 1 - TABLE OF CONTENTS INTRODUCTION... ...................... .... .... .......... .. ............. .... ... ...... 2 PROPERTY, LOCATION, ACCESS, AND TOPOGRAPHY. .. ..... .. .. ... ... .. 2 HISTORY AND PREVIOUS WORK...... .. ...... .. .. ... ... ... ...... ... ... .... ...... 2 REGIONAL AND PROPERTY GEOLOGY..... .................... ........ ... ..... 5 NIPISSING DIABASE..................... ............... ................................ 7 2011 WORK PROGRAM . .. ... .. 7 DISCUSSION OF PROGRAM AND RESULTS ............................... ... ... 7 Trenching Mapping Drilling Chip Logging Sampling Sieving and Crushing Geochemistry CONCUSIONS AND RECOMMENDATIONS ... ......................... ......... 11 REFERENCES... ................................. ... ..................................... 11 AUTHORS CERTIFICATE.................. ....... .................................... 12 APPENDIX 1: CERTIFICATE OF ANALYSIS LIST OF FIGURES: Figure 1: Location Map ... .................. .. .............. .. ......... ... ... .. ... .... .... 3 Figure 2: Claims, Location, and Access Map.. ....... .. ................ ... ........ .. 4 Figure 3: Property Geology... ......... ........ .. ........... ... .................... .. .... 6 Figure 4: Trench Location Map -
2020 Natural Resources Inventory
2020 NATURAL RESOURCES INVENTORY TOWNSHIP OF MONTGOMERY SOMERSET COUNTY, NEW JERSEY Prepared By: Tara Kenyon, AICP/PP Principal NJ License #33L100631400 Table of Contents EXECUTIVE SUMMARY ............................................................................................................................................... 5 AGRICULTURE ............................................................................................................................................................. 7 AGRICULTURAL INDUSTRY IN AND AROUND MONTGOMERY TOWNSHIP ...................................................... 7 REGULATIONS AND PROGRAMS RELATED TO AGRICULTURE ...................................................................... 11 HEALTH IMPACTS OF AGRICULTURAL AVAILABILITY AND LOSS TO HUMANS, PLANTS AND ANIMALS .... 14 HOW IS MONTGOMERY TOWNSHIP WORKING TO SUSTAIN AND ENHANCE AGRICULTURE? ................... 16 RECOMMENDATIONS AND POTENTIAL PROJECTS .......................................................................................... 18 CITATIONS ............................................................................................................................................................. 19 AIR QUALITY .............................................................................................................................................................. 21 CHARACTERISTICS OF AIR .................................................................................................................................. 21 -
Corel Ventura
Russian Geology and Geophysics 51 (2010) 322–327 www.elsevier.com/locate/rgg Permo-Triassic plume magmatism of the Kuznetsk Basin, Central Asia: geology, geochronology, geochemistry, and geodynamic consequences M.M. Buslov a,*, I.Yu. Safonova a, G.S. Fedoseev a, M. Reichow b, K. Davies c, G.A. Babin d a V.S. Sobolev Institute of Geology and Mineralogy, Siberian Branch of the Russian Academy of Sciences, prosp. Akad. Koptyuga 3, Novosibirsk, 630090, Russia b Leicester University, University Rd., Leicester, LE1 7RH, UK c Woodside Ltd., St. George St. 240, Perth, WA 6000, Australia d FGUP SNIIGGiMS, Krasnyi prosp. 67, Novosibirsk, 630091, Russia Received 14 February 2008; received in revised form l8 December 2009 Available online xx August 2010 Abstract The Kuznetsk Basin is located in the northern part of the Altay–Sayan Folded Area (ASFA), southwestern Siberia. Its Late Permian–Middle Triassic section includes basaltic stratum-like bodies, sills, formed at 250–248 Ma. The basalts are medium-high-Ti tholeiites enriched in La. Compositionally they are close to the Early Triassic basalts of the Syverma Formation in the Siberian Flood basalt large igneous province, basalts of the Urengoi Rift in the West Siberian Basin and to the Triassic basalts of the North-Mongolian rift system. The basalts probably formed in relation to mantle plume activity: they are enriched in light rare-earth elements (LREE; Lan = 90–115, La/Smn = 2.4–2.6) but relatively depleted in Nb (Nb/Labse = 0.34–0.48). Low to medium differentiation of heavy rare-earth elements (HREE; Gd/Ybn = 1.4–1.7) suggests a spinel facies mantle source for basaltic melts. -
Settings Report for the Central Delaware Tributaries Watershed Management Area 11
Settings Report for the Central Delaware Tributaries Watershed Management Area 11 02 03 05 01 04 06 07 08 11 09 10 12 20 19 18 13 14 17 15 16 Prepared by: The Regional Planning Partnership Prepared for: NJDEP October 15, 2001 TABLE OF CONTENTS List of Figures v List of Tables vi Acknowledgements vii 1.0 Introduction 1 2.0 Importance of Watershed Planning 1 3.0 Significance of the Central Delaware Tributaries 2 4.0 Physical and Ecological Characteristics 4.1 Location 2 4.2 Physiography and Soils 3 4.3 Surface Water Hydrology 4 4.3.1 Hakihokake/Harihokake/Nishisakawick Creeks 5 4.3.2 Lockatong/Wickecheoke Watershed 6 4.3.3 Alexauken/Moores/Jacobs Watershed 6 4.3.4 Assunpink Creek Above Shipetaukin Creek 7 4.3.5 Assunpink Below Shipetaukin Creek 7 4.4 Land Use/Land Cover 9 4.4.1 Agricultural Land 9 4.4.2 Forest Land 11 4.4.3 Urban and Built Land 12 4.4.4 Wetlands 12 4.4.5 Water 14 4.4.6 Barren Lands 14 4.5 Natural Resource Priority Habitat 14 5.0 Surface Water Quality 5.1 Significance of Streams and Their Corridors 15 5.2 Federal Clean Water Act Requirements for Water Quality in New Jersey 15 5.3 Surface Water Quality Standards 16 5.4 Surface Water Quality Monitoring 18 i TABLE OF CONTENTS 5.4.1 Monitoring Stations in the Central Delaware Tributaries 18 5.5 Surface Water Quality in the Hakihokake/Harihokake/ Nishisakawick 5.5.1 Chemical and Sanitary Water Quality 19 5.5.2 Biological Evaluation 19 5.6 Surface Water Quality in the Lockatong/Wickecheoke Watershed 5.6.1 Chemical and Sanitary Water Quality 20 5.6.2 Biological Evaluation 20 5.7 -
Mineral Resources of Igneous and Metamorphic Origin
Mineral resources of igneous and metamorphic origin Learning outcomes 1. Describe the processes that act to form igneous In this reading: Page: rock. How Igneous Rocks Form 1–2 2. Describe the processes that act to form Igneous Rocks and Plate 2–4 metamorphic rock. Boundaries 3. Explain how different mineral resources (both Table: Igneous Rocks and 4 igneous and metamorphic) form at plate Minerals That Are Mineral boundaries. Resources 4. Explain how mineral resources are Metamorphic Rocks 5 concentrated by hydrothermal activity and how Metamorphic Rocks and Plate 6 this links to intrusions, volcanism, and plate Boundaries tectonics. More about Igneous Rocks 6 5. Give examples and uses of mineral resources and Hydrothermal Fluids that are formed by igneous processes. Metal Sulfide Minerals and 6–7 6. Identify some of the potential environmental Acid Mine Drainage impacts of sulfide mining and associated activities. How Igneous Rocks Form There is no liquid layer of magma below the surface. Instead, rocks in some parts of the lower crust and/or upper mantle need to melt in order to make magma. Once magma forms, it will try to rise from higher-pressure regions (deeper in the crust) to lower pressure areas (near Earth’s surface) because magma is less dense than solid rock. As magma rises, it cools. Most often, it cools and hardens (the magma crystallizes, meaning that crystals [minerals] form) before it makes it to the surface. But sometimes magma will migrate all the way to Earth’s surface and erupt in a volcano. Once it erupts, the magma is called lava. -
Sourland Mountain Preserve
About Sourland Mountain Preserve Sourland Mountain Preserve Trail Information Sourland Mountain The name “Sourlands” is derived from the fact Location: Sourland Mountain is located in Main Trail: The main trail in Sourland that early settlers found the rocky soils difficult East Amwell Township, in the southeastern Mountain Preserve is very wide and flat, with Preserve to farm. The limited supply of groundwater section of Hunterdon County. There is a a short uphill slope at the end. The trail winds saved the forest from destruction by small parking area at 233 Rileyville Road, through a beautiful deciduous forest, strewn developers. Its woodlands shelter a very rich Ringoes 08551. Please note: No restrooms with large boulders. Along this trail is a Trail Map and Guide and diverse native plant community. facilities are available. floodplain with a rich diversity of aquatic life. Directions from the Flemington Area: Yellow Trail: This trail branches off the Main The park’s 388 acres are comprised of a Trail, about a quarter of a mile from the deciduous forest with a swamp surrounded by Take Route 202/31 south from the Flemington Circle for 5 miles to the jug handle for parking area. It can be a very wet trail and two streams. Formed almost 200 million years crosses a small stream where hikers must rock ago, the rocks of the Sourlands, called diabase Wertsville Road (Route 602). Use the traffic light to cross over Route 202/31. Continue on hop. In spring, many wildflowers can be or “trap rock,” were used to produce railroad found along this trail. -
A Walk Back in Time the Ruth Canstein Yablonsky Self-Guided Geology Trail
The cross section below shows the rocks of the Watchung Reservation and surrounding area, revealing the relative positions of the lava flows that erupted in this region and the sedimentary rock layers between them. A Walk Back in Time The Ruth Canstein Yablonsky Self-Guided Geology Trail click here to view on a smart phone NOTES Trailside Nature & Science Center 452 New Providence Road, Mountainside, NJ A SERVICE OF THE UNION COUNTY BOARD OF UNION COUNTY (908) 789-3670 CHOSEN FREEHOLDERS We’re Connected to You! The Ruth Canstein Yablonsky Glossary basalt a fine-grained, dark-colored Mesozoic a span of geologic time from Self-Guided Geology Trail igneous rock. approximately 225 million years ago to 71 million years This booklet will act as a guide for a short hike to interpret the geological history bedrock solid rock found in the same area as it was formed. ago, and divided into of the Watchung Reservation. The trail is about one mile long, and all the stops smaller units called Triassic, described in this booklet are marked with corresponding numbers on the trail. beds layers of sedimentary rock. Jurassic and Cretaceous. conglomerate sedimentary rock made of oxidation a chemical reaction “Watchung” is a Lenape word meaning “high hill”. The Watchung Mountains have an rounded pebbles cemented combining with oxygen. elevation of about 600 feet above sea level. As you travel southeast, these high hills are the together by a mineral last rise before the gently rolling lowland that extends from Rt. 22 through appropriately substance (matrix) . Pangaea supercontinent that broke named towns like Westfield and Plainfield to the Jersey shore.