Strategic Plan (2014–2017) Table of Contents
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Preparing for Tomorrow's High Tide
Preparing for Tomorrow’s High Tide Sea Level Rise Vulnerability Assessment for the State of Delaware July 2012 Other Documents in the Preparing for Tomorrow’s High Tide Series A Progress Report of the Delaware Sea Level Rise Advisory Committee (November 2011) A Mapping Appendix to the Delaware Sea Level Rise Vulnerability Assessment (July 2012) Preparing for Tomorrow’s High Tide Sea Level Rise Vulnerability Assessment for the State of Delaware Prepared for the Delaware Sea Level Rise Advisory Committee by the Delaware Coastal Programs of the Department of Natural Resources and Environmental Control i About This Document This Vulnerability Assessment was developed by members of Delaware’s Sea Level Rise Advisory Committee and by staff of the Delaware Coastal Programs section of the Department of Natural Resources and Environmental Control. It contains background information about sea level rise, methods used to determine vulnerability and a comprehensive accounting of the extent and impacts that sea level rise will have on 79 resources in the state. The information contained within this document and its appendices will be used by the Delaware Sea Level Rise Advisory Committee and other stakeholders to guide development of sea level rise adaptation strategies. Users of this document should carefully read the introductory materials and methods to understand the assumptions and trade-offs that have been made in order to describe and depict vulnerability information at a statewide scale. The Delaware Coastal Programs makes no warranty and promotes no other use of this document other than as a preliminary planning tool. This project was funded by the Delaware Department of Natural Resources and Environmental Control, in part, through a grant from the Delaware Coastal Programs with funding from the Offi ce of Ocean and Coastal Resource Management, National Oceanic and Atmospheric Administrations, under award number NA11NOS4190109. -
Delaware Agricultural Statistics Service, for His Hard Work in Designing, Implementing, Evaluating This Study and Preparing It for Publication
Dear Friend of Delaware Agriculture: I am very pleased and proud to present the results of the 2004 Delaware Equine Study, the first ever comprehensive study of this important segment of our agricultural industry. I want to thank Governor Ruth Ann Minner, the Delaware General Assembly, the racing commissions, and the Delaware Standardbred Breeders’ Fund for providing the funding for this project. I also want to thank the Delaware Equine Council for their help and each and every person who voluntarily participated in this very important study. As clearly shown by the numbers contained within this report, the equine industry’s importance to Delaware’s economy is significant and growing. In addition to the expenditures Delaware equine owners and operations make into the state economy, our racetracks, equine show and competition facilities, breeding, training, and boarding operations attract thousands from outside of Delaware who also expend significantly into our state economy. Not only does the industry directly provide jobs for thousands of Delawareans, but also indirectly through expenditures made for feed and bedding, veterinarian services, equipment, grooming and tack supplies, maintenance and repair and other sectors of the industry’s infrastructure. Equine and equine operations make significant contributions to the quality of life in Delaware by keeping land in open space, and providing a wide diversity of recreational activities available to the general public. As spectators or participants, countless Delawareans enjoy equine racing, shows and competitions, pony rides, trail and pleasure riding, and much more. For many, the view of Delaware from atop a horse is the best one. I know firsthand how important equines are and have been socially and recreationally to my family and to the quality of life of many others in Delaware. -
Cultural Landscapes Inventory, Dover Green, First State National
National Park Service Cultural Landscapes Inventory 2017 Dover Green First State National Historical Park Table of Contents Inventory Unit Summary & Site Plan Concurrence Status Geographic Information and Location Map Management Information National Register Information Chronology & Physical History Analysis & Evaluation of Integrity Condition Treatment Bibliography & Supplemental Information Dover Green First State National Historical Park Inventory Unit Summary & Site Plan Inventory Summary The Cultural Landscapes Inventory Overview: CLI General Information: Purpose and Goals of the CLI The Cultural Landscapes Inventory (CLI), a comprehensive inventory of all cultural landscapes in the national park system, is one of the most ambitious initiatives of the National Park Service (NPS) Park Cultural Landscapes Program. The CLI is an evaluated inventory of all landscapes having historical significance that are listed on or eligible for listing on the National Register of Historic Places, or are otherwise managed as cultural resources through a public planning process and in which the NPS has or plans to acquire any legal interest. The CLI identifies and documents each landscape’s location, size, physical development, condition, landscape characteristics, character-defining features, as well as other valuable information useful to park management. Cultural landscapes become approved CLIs when concurrence with the findings is obtained from the park superintendent and all required data fields are entered into a national database. In addition, -
Numerical Study in Delaware Inland Bays
NUMERICAL STUDY IN DELAWARE INLAND BAYS BY LONG XU, DOMINIC DITORO AND JAMES T. KIRBY RESEARCH REPORT NO. CACR-06-04 AUGUST 2006 CENTER FOR APPLIED COASTAL RESEARCH Ocean Engineering Laboratory University of Delaware Newark, Delaware 19716 ACKNOWLEDGEMENT This study was supported by the Delaware Sea Grant Program, Project Number SG205-07 R/ETE-5 TABLE OF CONTENTS LIST OF FIGURES ............................... vi LIST OF TABLES ................................ xiii ABSTRACT ................................... xiv Chapter 1 INTRODUCTION .............................. 1 1.1 Background ................................ 1 1.2 Outline of Present Work ......................... 6 2 NUMERICAL MODELS .......................... 9 2.1 Hydrodynamic Model (ECOMSED) ................... 9 2.1.1 Hydrodynamic Module ...................... 10 2.1.2 Surface Heat Flux Module .................... 12 2.1.3 Boundary Conditions ....................... 14 2.1.4 Numerical Techniques ...................... 15 2.2 Water Quality Model (RCA) ....................... 16 2.2.1 Conservation of Mass ....................... 16 2.2.2 Model Kinetics .......................... 17 2.2.3 Boundary Conditions ....................... 19 3 MODEL IMPLEMENTATION FOR DELAWARE INLAND BAY SYSTEM ................................... 20 3.1 Model Domain .............................. 20 3.2 Model Grid ................................ 21 iv 3.3 Model Settings .............................. 21 3.4 Indian River Inlet Boundary Condition ................. 21 3.5 Freshwater Discharge .......................... -
Federal Sand-Resource Assessment of the Delaware Shelf
FEDERAL SAND-RESOURCE ASSESSMENT OF THE DELAWARE SHELF Technical Report for Cooperative Agreement M14AC00003 Kelvin W. Ramsey, C. Robin Mattheus, John F. Wehmiller, Jaime L. Tomlinson, Trevor Metz Delaware Geological Survey University of Delaware May 2019 TABLE OF CONTENTS ABSTRACT ......…………………………………………………………………………………. 1 INTRODUCTION …………………………………………………………………….…….…… 2 Motivation …………………………………………………………………….…………. 2 Objectives ………………………………………………….………………….….……… 4 Background ……………………………………………………………………………… 4 Delaware Shelf Stratigraphy ………..……………………..…………….……….. 4 Delaware Coastal Plain Geology …………………………………….…………... 6 METHODS AND DATA MANAGEMENT …………………..………………………….…….. 8 DGS-BOEM Survey Area …..…………………………………………………………… 8 Stratigraphic Framework Mapping ………………………………………………………. 8 Geophysical Data ………………………………………………………………… 8 Core Data ……………………………………………………………………….. 11 Surface and Volume Models ……..…………………………………………………….. 12 GEOLOGIC MAPPING RESULTS …...……………………………………………………….. 12 Seismic Mapping …………….…………………………………………………………. 12 Subsurface Interpretations …………………………………….………….…….. 12 Seismic Units, Bounding Surfaces, and Facies …………………………. 13 Lithologic Mapping …………………………………………………………………….. 14 Sheet sand (Qss)..………………………………………………….……….…… 14 Shoal sand (Qsl) ………………………………………………………………… 16 Intershoal (Qis) …...………………………………………………….…………. 16 Ravinement lag deposits (Qrl) …………….………………….…….…….…….. 16 Lagoonal/Estuarine (Ql, Qlh, Qsi, Qo) ………………………………………….. 16 Marine sand (Qms).……………………………………………………….…….. 17 Fluvio-deltaic (Tbd)..…………………………………………………………… 17 SEDIMENT -
The Treasury Department Releases Analysis Showing the Impact of the Global Economy on Individual States
The Treasury Department Releases Analysis Showing the Impact of the Global Economy on Individual States Sources: Department of Commerce, Standard and Poor’s. Note: Asia refers to China, Hong Kong, Indonesia, Japan, Korea, Malaysia, Philippines, Singapore, Taiwan, and Thailand. All export figures refer to merchandise exports, which consist of manufactures, agricultural and livestock products, and other commodities. Except where otherwise noted, export figures are calculated based on the location of exporter, which is not necessarily the same as the location of producer. THE IMPORTANCE OF THE GLOBAL ECONOMY TO ALABAMA Over the past several decades, growth in international trade has become increasingly important to the U.S. economy. During that period, Asia has emerged as a leading market for U.S. products. Today, exports to Asia account for 30 percent of all U.S. exports; agricultural exports to Asia constitute 40 percent of all U.S. agricultural exports. Similarly, over the same period of time the economy of Alabama has forged close ties with the economies of Asia. · Alabama exported $867 million of merchandise to Asia in 1997. These exports accounted for 19 percent of the state’s total merchandise exports. · Exports have been an important vehicle of growth for Alabama. Between 1993 and 1997, the state’s exports to Asia increased by 31 percent. · Several of the state’s key sectors depend on the health of Asian economies. For example, the paper products sector was responsible for $191 million, or 22 percent, of the state’s exports to Asia in 1997. · The industrial machinery and computer industry accounted for $178 million, or 21 percent, of the state’s exports to Asia in 1997. -
GM18 Geologic Map of the Bethany Beach and Assawoman Bay
DELAWARE GEOLOGICAL SURVEY DELAWARE GEOLOGICAL SURVEY University of Delaware, Newark GEOLOGIC MAP OF THE BETHANY BEACH AND ASSAWOMAN BAY QUADRANGLES, DELAWARE David R. Wunsch, State Geologist GEOLOGIC MAP SERIES NO. 18 6' 75° 4' 2' 75° 0' 0" W 75° 7' 30" W 38° 37' 30" N EXPLANATION 38° 37' 30" N 10 Qd Qscy Qm Delaware Seashore State Park LONG NECK RD f Qm 1 FILL OMAR FORMATION Qo Qd Qm f 3 Man-made and natural materials (sand, gravel) emplaced in stream valleys or marshes to Light-gray to gray, silty clay to silty, very fine sand with scattered shell beds. The Omar Qd Qscy f 3 Formation consists of up to 5 ft of light to dark-gray, basal, pebbly, coarse to very coarse L O N G N E C K 7 Qss bring the topography above grade, usually in road beds, dams, or construction near a 20 shoreline. Fill deposits include sediment dredged from the marshes and offshore in sand that grades upward into 1 to 3 ft of gray to very dark-gray, fine to coarse silty sand Tbd f Qm Qm Indian River Bay and emplaced on the uplands. with scattered laminae to thin beds of peat composed of sand to gravel-size plant Steels Qbw 40 Qm Big Ditch fragments. The sands are overlain by 3 to 5 ft of very dark-gray to black organic-rich Cove f Qfs Qscy Qns sandy silt to silty clay. Above this organic-rich zone, in the areas where the Omar is 6 Qqw of Holocene lagoon (Ql) at depth thickest, 10 to 40 ft of greenish-gray, compact, silty clay to clayey silt is common. -
County Council Minutes
SUSSEX COUNTY COUNCIL-GEORGETOWN, DELAWARE-MAY 14, 1974 Call to The regular meeting of the Sussex County Council was held Order on Tuesday, May 14, 1974 at 10:00 A. M. with the following members present: Oliver E. Hill President Ralph E. Benson Vice President John T. Cannon, Sr. Member William B. Chandler, Jr. Member Richard L. Timmons Member The meeting was opened with the repeating of the Lord's Prayer and the Pledge of Allegiance to the flag. M 230 74 A Motion was made by Mr. Cannon, seconded by Mr. Benson, to Minutes approve the minutes of the previous meeting as presented. Approved Motion Adopted by Voice Vote. Corre The following correspondence was read by Mr. Schrader, Act spondence ing County Solicitor: Division of Environmental Control. Re: Public Hearing to be held in the Middle Conference Room Highway Administration Building, Route 113, Dover, Delaware on May 30, 1974 at 10:00 A. M. to consider the proposed Fiscal Year 1975 Priority List for Construction Grants pur suant to 7 Delaware Code, 6021. Ralph J. O'Day. Re: Opposing the adoption of a Building Code for Sussex County. Selbyville Volunteer Fire Company, Inc. Re: Announcing the dedication ceremony for their new fire hall on North Main Street to be held on May 19, 1974 at 1:00 p. M. Stanley R. Habiger, Secretary of the Senate of the State of Delaware. Re: Announcing the deadline for introduction of legislation will be May 15, 1974. Wilgus Associates, Inc. Re: Submitting a proposal outlining the construction of an "Industrial Apartment" Complex at the Sussex County Industrial Airpark. -
Harmful Algae Report
Harmful Algae Report All data from 6/1/03 Delaware Inland Bays Citizen Monitor Program Water Body Tributary Site Date Name Comment if Abundance MCL ID uncertain Assawoman Bay Roy Creek BA01: Keenwick on Bay, Roy Creek 6/ 5/03 "Gymnodinioid" sp. (S) 15-25 um Grn Common 0.50 6/ 5/03 Gyrodinium instriatum (B) Present BA02: Keenwick Sound, entrance to canal system 6/ 5/03 "Gymnodinioid" sp. (S) 15-25 um Grn Common 6/ 5/03 Gyrodinium instriatum (B) Present 6/ 5/03 Unknown flagellate sp. (B) 10 - 15 um Grn Many Assawoman Canal LA10: BB: Assawoman Canal @ Kent Ave Bridge 6/ 6/03 Heterocapsa triquetra (B) Present Indian River IR07B: Holt's landing by boat 6/ 6/03 "Gymnodinioid" sp. (S) 15 um Clear Present 6/ 6/03 Dinophysis sp. (T) Present 0.01 6/ 6/03 Heterocapsa triquetra (B) Present IR11: Big Ditch Point 6/ 2/03 "Gymnodinioid" sp. (S) 15-25 um Grn Present 6/ 2/03 Prorocentrum minimum (T) Common 0.15 IR20: Bay Colony 6/ 2/03 Heterocapsa triquetra (B) Present 6/ 2/03 Prorocentrum minimum (T) Present 6/ 2/03 Scrippsiella sp. (B) Present IR36B: James Farm, Pasture Point 6/ 6/03 Heterocapsa triquetra (B) Present 6/10/03 Heterocapsa triquetra (B) Present IR40B: Clam bar off South Shore Marina, South of Inlet 6/ 6/03 "Gymnodinioid" sp. (S) 15 um Clear Present 6/ 6/03 Prorocentrum minimum (T) Present IR5S: DNREC site, Upper Indian River 6/ 3/03 "Gymnodinioid" sp. (S) 15-25 um Grn Present 6/ 3/03 "Gymnodinioid" sp. -
Inferring Hydrogeologic Processes with Distributed Temperature Sensing in Indian River Bay, Delaware
Inferring Hydrogeologic Processes with Distributed Temperature Sensing in Indian River Bay, Delaware Robert B. Carver Department of Earth and Planetary Sciences McGill University Montreal, Quebec, Canada May 2012 A thesis submitted to McGill University in partial fulfillment of the requirements of the degree of Master of Science Robert B. Carver 2012 TABLE OF CONTENTS LIST OF TABLES ....................................................................................................................... iv LIST OF FIGURES ....................................................................................................................... v ABSTRACT ............................................................................................................................... viii RÉSUMÉ ....................................................................................................................................... ix ACKNOWLEDGEMENTS ......................................................................................................... x Introduction ................................................................................................................................ 1 Submarine groundwater discharge .............................................................................. 2 Distributed temperature sensing................................................................................... 5 Study Site .................................................................................................................................... -
A STRONGER NATION THROUGH HIGHER EDUCATION 1 a New Urgency Drives the Vital National Effort to Increase Postsecondary Attainment
A STRONGER IO through higher education Ten-year time horizon brings Goal 2025 into sharp focus An annual report from Lumina Foundation In this report: The higher education attainment rate of the U.S. and every state, showing how rates have changed over six years. The attainment rate for every county and the 100 most populous metropolitan areas in the U.S. Breakdowns of the attainment data, including by race and ethnicity. A snapshot of current college enrollment, broken down by age, race and ethnicity. A road map to reach Goal 2025. A description of some of the metrics Lumina uses to track progress toward increasing college attainment. Tracking the trend Percentage of the country’s working-age population (25-64) with at least an associate degree 37.9% 38.1% 38.3% 2008 2009 2010 38.7% 39.4% 40.0% 2011 2012 2013 Our time is limited, but reaching Goal 2025 looms large en years. Sounds like a long time, and cohesion — college success must success. But Tdoesn’t it? expand dramatically, and in all directions. this year, Well, it isn’t. Think back a decade. In Postsecondary credentials must be made 2015, we are 2005, George Bush was beginning his available to — no, expected of — acutely aware second term as president. Million-Dollar millions more Americans, from all walks of the Baby won the best-picture Oscar. Rosa of life. 10-year time Parks and Johnny Carson both died that For many decades, education has horizon. year. Hard to believe a decade has passed. proven to be this nation’s single most Modest Or try looking back 10 years in your own powerful engine of individual progress progress isn’t life — to the birth of a son or daughter, and upward mobility. -
The 2016 State of the Delaware Inland Bays Report Is a Compilation of the Atlantic Ocean
2016 S TAT E O F T H E D E L A WA R E INLAND BAYS Presented by The Delaware Center for the Inland Bays PB ACKNOWLEDGEMENTS Report Authors Cardno Delaware Department of Health and Marianne Walch, Emily Seldomridge, Stephanie Briggs Social Services Andrew McGowan, Sally Boswell, and Dan Call Christopher Bason Peter Marsey Delaware Office of State Planning Coordination Lead Editor Delaware Center for the Inland Bays Sally Boswell Brittany Burslem RK&K Robert Collins Jim Eisenhardt This report may be found at Sean Flanagan inlandbays.org. Katie Goerger Sussex County James Hanes, Intern Jayne Ellen Dickerson This project has been funded in part by Steve Maternick Hans Medlarz friends of the Inland Bays, by the Delaware Roy Miller Department of Natural Resources and Molly Struble, Intern Sky Jack Pics Environmental Control, and by the United Focus Group Participants: Susie Ball, TJ Redefer States Environmental Protection Agency Dennis Bartow, Carol Bason, Pat Drizd, under assistance agreements CE09939912 Diane Hansen, Gary Jayne, Pete Keenan, University of Delaware and CE09939913 to the Delaware Center Steve Piron, Ab Ream, Barbara Shamp Scott Andres for the Inland Bays. The contents of this Kevin Brinson document do not necessarily reflect the Delaware Department of Agriculture John Ewart views and policies of the Environmental Christopher Brosch Andrew Homsey Protection Agency, nor does the EPA Robert Coleman Daniel Leathers endorse trade names or recommend the Jimmy Kroon Tye Pettay use of commercial products mentioned in Daniel Woodall Jack