Field trip Information folder

Similar documents
Building with Nature: Systems Description of Krogen

Building Coastal Resiliency at Plymouth Long Beach

Coastal protection in future climate

Apostle Islands National Seashore

Impacts of breakwaters and training walls

Evaluation Report Teluk Chempedak Oct 2005

Australian Coastal Councils Conference

NORTHERN CELL OPTIONS SHORTLIST RECOMMENDATIONS

Q1. What are the primary causes/contributors to coastal erosion at Westshore and the concept of longshore / littoral drift.

DUNE STABILIZATION AND BEACH EROSION

Evaluation of the function of Vertical drains.

Identify one factor which influences wave strength (1 Mark) Factors which affect wave strength

PRESSURE EQUALISATION MODULES FOR ENVIRONMENTALLY FRIENDLY COASTAL PROTECTION

4/20/17. #31 - Coastal Erosion. Coastal Erosion - Overview

EVALUATION OF BEACH EROSION UP-DRIFT OF TIDAL INLETS IN SOUTHWEST AND CENTRAL FLORIDA, USA. Mohamed A. Dabees 1 and Brett D.

SANDBANKS COAST PROTECTION

The Sand Motor. Looking back at 2,5 years of building with nature. Anne-Marie Svoboda Rijkswaterstaat Sea and Delta

Julebæk Strand. Effect full beach nourishment

AN OVERVIEW OF RECENT PROJECTS RELATED TO SAND BUDGETS, SOUTHERN CALIFORNIA BEACHES

The Dynamic Coast. Right Place Resources. A presentation about the interaction between the dynamic coast and people

SPECIAL SPRING 2018 STORM REPORT ON THE CONDITION OF THE MUNICIPAL BEACHES FOR THE BOROUGH OF STONE HARBOR, CAPE MAY COUNTY, NEW JERSEY

Beach profile surveys and morphological change, Otago Harbour entrance to Karitane May 2014 to June 2015

Coastal Processes Day Criccieth

SPO Regional Challenge Grant Creation of a Sea Level Adaption Working Group for Biddeford, Saco, OOB and Scarborough J.T. Lockman, AICP, Planning

SHOREHAM BEACH LOCAL NATURE RESERVE

HARBOR INFRASTRUCTURE INVENTORIES Marquette Harbor, Michigan

OECS Regional Engineering Workshop September 29 October 3, 2014

Inlet Management Study for Pass-A-Grille and Bunces Pass, Pinellas County, Florida

BYPASS HARBOURS AT LITTORAL TRANSPORT COASTS

Coastal management has lagged behind the growth in population leading to problems with pollution

SELECTION OF THE PREFERRED MANAGEMENT OPTION FOR STOCKTON BEACH APPLICATION OF 2D COASTAL PROCESSES MODELLING

Label the diagram below with long fetch and short fetch:

Coastal Change and Conflict

Protecting our Beaches

1.1 Coastal processes produce landforms

COASTAL MANAGEMENT AND PROTECTION METHODS! 1

SACO RIVER AND CAMP ELLIS BEACH SACO, MAINE SECTION 111 SHORE DAMAGE MITIGATION PROJECT APPENDIX F ECONOMIC ASSESSMENT

Inventory of coastal sandy areas protection of infrastructure and planned retreat

UPPER BEACH REPLENISHMENT PROJECT RELATED

For more information: Photography: Rijkswaterstaat (Leo Linnartz, Carrie de Wilde, Jurriaan Brobbel, Joop van Houdt), Deltares

1.5 How do ocean waves and currents change the face of coastal areas? (Chapter 3)

FINAL REPORT FOR 2013 ON THE CONDITION OF THE MUNICIPAL BEACHES IN THE TOWNSHIP OF UPPER, CAPE MAY COUNTY, NEW JERSEY

County of Santa Barbara Permit Option Analysis Goleta Beach JULY 13, 2017

Reading Material. Inshore oceanography, Anikouchine and Sternberg The World Ocean, Prentice-Hall

NNBF Examples and Flood Risk Reduction Measures in the Netherlands

Estuarine Shoreline Stabilization

Figure 4, Photo mosaic taken on February 14 about an hour before sunset near low tide.

Earth Science Chapter 16 Section 3 Review

COASTAL SYSTEMS WAVE ENERGY

April 7, Prepared for: The Caribbean Disaster Emergency Response Agency Prepared by: CEAC Solutions Co. Ltd.

2014 ANNUAL REPORT - TO THE CITY OF NORTH WILDWOOD ON THE CONDITION OF THE CITY BEACHES

The 2017 Panama City Beaches Beach Interim Renourishment Project. Answers to Common Questions

Studland Bay Context and Learning Aims

General Coastal Notes + Landforms! 1

Case study 64. Shoreham Harbour Shingle Bypassing and Recycling

LAB: WHERE S THE BEACH

HARBOR INFRASTRUCTURE INVENTORIES Fairport Harbor, OH

The Sea Geography Notes JC-Learn. JC-Learn. Geography Notes The Sea. 1 P a g e

ALTERNATIVES FOR COASTAL STORM DAMAGE MITIGATION AND FUNCTIONAL DESIGN OF COASTAL STRUCTURES

Volume and Shoreline Changes along Pinellas County Beaches during Tropical Storm Debby

Montserrat. Wise practices for coping with. i b bea n Se a

Chesil Beach, Dorset UK High energy, shingle coastline. Brighton Beach, Sussex UK Pebble beach

Greg Berman (WHOI Sea Grant & Cape Cod Cooperative Extension) November 2, 2017

VENICE LOCAL COASTAL PROGRAM UPDATE: COASTAL HAZARDS WELCOME

NCCOE EA Coastal Adaptation Guidelines. Section I Emerging Technology Novel Alternative Approaches to Coastal Erosion

page - Laboratory Exercise #5 Shoreline Processes

APPLICATION OF SHORE PROTECTION SCHEMES IN HORNB^K Mads Peder J0rgensen ' Peer Skaarup 2 Karsten Mangor 3 J0rgen Juhl 4

The Case of the Disappearing Shoreline

Imagine that you can see a side view of a wave as it approaches a beach. Describe how the wave changes as the wave approaches the beach.

Artificial Beach Nourishment: Lessons learned from Field Experiments Hans Kunz

New Jersey Beach Profile Network Ocean County Profile Site Locations

ALTERNATIVES FOR COASTAL STORM DAMAGE MITIGATION

2013 ANNUAL REPORT - TO THE CITY OF NORTH WILDWOOD ON THE CONDITION OF THE CITY BEACHES

Montessori for Everyone 2013 Types of Coastlines

INTRODUCTION TO COASTAL ENGINEERING

FINAL ENVIRONMENTAL IMPACT STATEMENT ON BROWARD COUNTY SHORE PROTECTION PROJECT SEGMENTS II AND III BROWARD COUNTY, FLORIDA

A Holistic Evaluation of a Typical Coast Nourishment on the Danish West Coast <strong/> Margheritini, Lucia; Frigaard, Peter Bak; Wahl, Niels Arne

Advanced Series on Ocean Engineering - Volume 14 COASTAL STABILIZATION. Richard Silvester John R C Hsu. \v? World Scientific

Follets Island Nearshore Beach Nourishment Project

Chapter - Oceans and Coasts

KØGE BAY (DENMARK) EUROSION Case Study. Contact: Paul SISTERMANS Odelinde NIEUWENHUIS. DHV group

Poole Bay, Poole Harbour and Wareham Flood and Coastal Erosion Risk Management. Final Strategy December Aerial photo credit: Kitchenham Ltd

PNWA Conference Update

2015 ANNUAL REPORT - TO THE CITY OF NORTH WILDWOOD ON THE CONDITION OF THE CITY BEACHES

Figure 1. Schematic illustration of the major environments on Mustang Island.

Today: Coastal Issues and Estuaries

COASTS (P.38-45) Management: Hard engineering: Groynes Sea walls Gabions Soft Engineering: Beach replenishment Dune regeneration

Importance of Dunes Sign. Kim Scarola Suzanne Merrick Ariana Perez Johanna Mead

Coast Survey Stretch 03 Seaview High Street to Sandown Zoo

Beach, dune and development in the Borough of Mantoloking as of January Prepared for The Borough of Mantoloking: April 2, 2008

CHAPTER 8 ASSESSMENT OF COASTAL VULNERABILITY INDEX

ST. JOSEPH PENINSULA, GULF COUNTY, FLORIDA Beach Re-Nourishment and Environmental Enhancement Project RECOMMENDATIONS

HURRICANE SANDY LIMITED REEVALUATION REPORT UNION BEACH, NEW JERSEY DRAFT ENGINEERING APPENDIX SUB APPENDIX D SBEACH MODELING

OECS Regional Engineering Workshop September 29 October 3, 2014

CITY OF COCOA BEACH 2025 COMPREHENSIVE PLAN. Section VIII Mobility Element Goals, Objectives, and Policies

Deep-water orbital waves

Gly 558. Introduction to Coastal Management. Aeolian Processes and Dunes. Namib Coastal Desert. What Can Dunes Tell Us About the Coastal System?

There are many different kinds of beaches which are generally characterized by the dominance of waves, tides, rivers and currents, and in particular

New Jersey Coastal Zone Overview. The New Jersey Beach Profile Network (NJBPN) 3 Dimensional Assessments. Quantifying Shoreline Migration

EXISTING AND PLANNED STRATEGIES AND ACTIONS CONNECTED WITH COASTAL PROTECTION IN ASPECT OF PREDICTED SEA LEVEL RISE

Transcription:

Field trip Information folder WP3 meeting in Lemvig June 12 th 2018 Time Description of event 12:30 Bus leaves from Kystdirektoratet, Lemvig 13:00 Arrival Høfde Q, Fjaltring 13:30 Bus leaves 14:30 Arrivel Hvide Sande Sluice 15:15 Bus leaves Carlo and Per will talk about the history and the first coastal protection along the Danish West Coast A walk to and around the sluice 15:30 Arrivel Skodbjerge, Sønder Klitvej 16:45 Bus leaves We will begin with a cup of coffee and a piece of cake 18:35 Arrivel at Gjellerodde Strand Thereafter, we will take a walk around the Living Laboratory Skodbjerge Per will talk about the area, the commen agreement and the BWN project and the work the Coastal Authority are doing in the BWN project in the area Skodbjerg Søndervig Hovvig Stadil Gjellerodde Strand Carlo and Per will talk about the landscape and the history around Nørre Vorsborg We will take a walk around Gjellerodde while Per is talking about the area 19:15 Bus leaves to Kystdirektoratet 19:30-? Helene is grilling for us at the Kystdirektoratet Kystdirektoratet Højbovej 1 7620 Lemvig 1

Maps with our rute While we are driving you can look at pictures in the app Collector for arcgis Kystdirektoratet Højbovej 1 7620 Lemvig 2

The red line indicates the drive out and the purple line the drive back. 1. Stop - Høfde Q 2. Stop - Hvide Sande 3. Stop - Skodbjerge 4. Stop - Gjellerodde 5. Stop - Kystdirektoratet Kystdirektoratet Højbovej 1 7620 Lemvig 3

Information about the stops on the fieldtrip Høfde Q (Groyne Q) The history behind the groynes along the Danish West Coast. The North Sea waves and currents break down (erodes) the Jutland west coast. In order to prevent flooding and loss of buildings and farmland, the state has since 1875 carried out coastal protection on the West Coast. Groynes 1-12 at Ferring were built in 1875-83. The groynes A-K from Bovbjerg to Trans were built in 1909-37, while groyne Q at Fjaltring was founded in 1934. The L-P groynes were later built in 1959-62. The Danish Coastal Authority is no longer constructing new groynes, but is now protecting the coast with revetment and sand nourishment. Sand nourishment was put into service in Denmark in the 1970s and it is now pumped annually around 2.5 million. m³ of sand on the west coast. The expense is paid by the state and the affected coastal municipalities. Revetment and sand nourishment at Fjaltring has since 1986 halted the natural decline of the coast and provides a more natural coast for the benefit of both locals and tourist. Kystdirektoratet Højbovej 1 7620 Lemvig 4

Hvide Sande port and Sluice The text is copied from the homepages of Hvide Sande Port Hvide Sande Havn made by Apollo Media https://hvidesandehavn.dk/en/about-the-port/ The sluice gates at Hvide Sande were constructed from 1928-31. The drainage sluice had the purpose of regulating the water level in Ringkøbing Fjord and the lock to ensure the navigation of Ringkøbing Port. Hvide Sande town and port came into existence spontaneously not according to any plan when local fishermen saw an opportunity to exploit the new opportunities that had materialized. The sluice in Hvide Sande is owned by the state, which is responsible for maintenance and in close cooperation with the sluice committee is responsible for locking practices. However, daily operations are undertaken by Hvide Sande Port. The Port of Hvide Sande thus developed because the town developed and vice versa. This fact is the reason for all development initiatives in Hvide Sande and ensures local ownership as well as the necessary roots in the local community. Today the port has evolved from being one of Denmark s most important fishing ports into also being a port business that offers many different goods. The Port of Hvide Sande is a dynamo and growth centre for the town and its hinterlands. Connected transport solutions and thereby infrastructure have taken on crucial significance. The sea route towards the west and the main road towards the east are two sides of the same coin, and the Port of Hvide Sande is working determinedly to support this. Kystdirektoratet Højbovej 1 7620 Lemvig 5

To make sure that the Port of Hvide Sande was ready for the future the port was rebuilt in 2012. The reason for the rebuilding was that the ships are getting larger and therefor need deeper water. Hvide Sande Port today Hvide Sande Port 2010 Around the port there is a large sediment transport from north to south. Some of the sand is deposited in the port and the channel into the port. To reduce the cost for dredging a coastal retried is carried out north of the port on a regular basis. The sand that is removed north of the port is taken down south as a bypass The area around Hvide Sande and Ringkøbing Fjord is one of the Pilotsites in another interreg project FAIR. The Living Laboratory Skodbjerge The living laboratory Skodbjerge is located along the Danish North Sea Coast and has been chosen as living laboratory. It was because it is located on the stretch of the coast where the Danish Coastal Authority is responsible for the coastal protection through a Common Agreement between the stat and the local municipality. Kystdirektoratet Højbovej 1 7620 Lemvig 6

Skodbjerge is fairly well protected by dunes, several dune enhancements and a vast hinterland only disturbed by a smaller number of vacation homes congregated in a couple of areas. Through the hinterland a recreational path runs. It is intended for cyclists and pedestrians. The hinterland is not in need of extensive protection given that it is a natural landscape with an untouched advancement. A main road runs parallel to the coast line. For more information about Skodbjerge look into the system description at our webpages: Kystdirektoratet Højbovej 1 7620 Lemvig 7

http://eng.kyst.dk/pages/webside.asp?articleguid=270636 Through the Building with Nature project different aspects of the modification elements in the pathway will be analyzed at Skodbjerge. The development of a shoreface nourishment will be analyzed in the software program MorphAn. Another element of the project is that it will be attempted to set up a 2D model that models acute erosion. In the Skodbjerge area there will also be looked at aeolian transport from the beach into the dunes. Last but not least, the storm data in the area will be used to make a classification of storms. Gjellerodde The text is copied from the homepages of Geopark Vestjylland https://www.geoparkvestjylland.com/ln-int/denmark/40-gjellerodde Coastal landscape. Cuspate foreland Gjellerodde is a coastal area located north of Lemvig. It represents a good example of a cuspate foreland. It is likely that the area was a submarine shoal in the Littorina Sea (9.000-6.000 years ago). At that time the relative sea level was locally about 2 m higher than today and material eroded from the nearby coast formed a submarine shoal. The relative rise of the land in the area since the Littorina transgression has elevated the shoal and sand spits have developed from the west and south. The spits eventually merged and enclosed lake Gjeller Sø. Kystdirektoratet Højbovej 1 7620 Lemvig 8

The area contains impressive examples of beach ridges that illustrate the gradual growth of the spits. There are several small lakes that have been enclosed by the advancing sand spits, of which lake Gjeller Sø is by far the largest. A recurved spit is presently developing in the extreme south-eastern corner of the area. This recurved spit is in the process of enclosing a new lake. Gjellerodde is a very illustrative example of spit formation and coastal deposition, resulting in the development of a cuspate foreland. It is therefore important that the coastal processes are not disturbed by human activities. The area is part of NGI 75 (area of National Geological Interest) and has been selected as a National Coastal Landscape. Gjellerodde has been selected as a Natura 2000 site and a Ramsar area. The south-eastern corner has been designated as a Natura 2000 habitat site. Most of the area consists of protected nature in the form of heaths, tidal meadows and bogs. Nature management takes place by controlled burning and sheep grazing. The area is easily accessible and is a favoured tourist destination. It would be a good location to communicate geopark information. Kystdirektoratet Højbovej 1 7620 Lemvig 9