NEWSLETTER CONSERVATION GROUP Issue 2011/1, July 2011
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Ardennenamuroise.Pdf
Sommaire - Inhoudstafel Maison du Tourisme de l’Ardenne namuroise Maison du Tourisme van de Naamse Ardennen Horaire – Uurrooster : 2. Carte – Kaart 4. Ardenne namuroise 01 – 02 : 10.00 – 16.00 weekend 5. Naamse Ardennen et / en 8.30 – 16.30 semaine / week 6-7. Bièvre 8-9. Gedinne 03 – 10 – 11 – 12 : 10.00 – 17.00 weekend 10-11. Vresse-sur-Semois et / en 8.30 – 17.00 semaine / week 12. Situation géographique 04 – 05 – 06 : 10.00 – 18.00 weekend Geografische situatie et / en 8.30 – 17.00 semaine / week 13. Infos touristiques – Toeristische info 14. Nos Maisons du Tourisme voisines 09 : 09.00 – 18.00 weekend Onze aangrenzende Maisons du Tourisme et / en 8.30 – 17.00 semaine / week 15. Services – Diensten 16. Culture – Cultuur 07 – 08 : 09.00 – 19.00 tous les jours / alle dagen 21. Nature – Natuur rue Albert Raty, 83 ~ 5550 VRESSE 25. Loisirs – Ontspanning Tél. 061/29.28.27 - 29.28.26 ~ Fax 061/29.28.32 32. Promenades – Wandelingen E-mail : [email protected] 35. La pêche – De visvangst Site internet : http://www.ardenne-namuroise.be 36. Manifestations – Manifestaties 48. Hôtels-restaurants 51. Apparthôtels 51. Traiteurs 51. Cafés 52. Chambres d’hôtes – Gastenkamers 53. Campings 54. Centres et villages de vacances Vakantiedorpen en centra 55. Gîtes ruraux – Gîtes à la ferme Vakantiewoningen 63. Restaurants - Petite restauration… 67. Annonces publicitaires – Publiciteit MAISON DU TOURISME DE L'ARDENNE NAMUROISE – S.I. chemin de Rienne, 9 ~ 5575 GEDINNE ~ Tél. 061/31.14.93 - MAISON DU TOURISME VAN DE NAAMSE ARDENNEN 0478/53.18.86 ~ [email protected] rue Albert Raty, 83 ~ 5550 VRESSE ~ Tél. -
Global Peatland Restoration Manual
Global Peatland Restoration Manual Martin Schumann & Hans Joosten Version April 18, 2008 Comments, additions, and ideas are very welcome to: [email protected] [email protected] Institute of Botany and Landscape Ecology, Greifswald University, Germany Introduction The following document presents a science based and practical guide to peatland restoration for policy makers and site managers. The work has relevance to all peatlands of the world but focuses on the four core regions of the UNEP-GEF project “Integrated Management of Peatlands for Biodiversity and Climate Change”: Indonesia, China, Western Siberia, and Europe. Chapter 1 “Characteristics, distribution, and types of peatlands” provides basic information on the characteristics, the distribution, and the most important types of mires and peatlands. Chapter 2 “Functions & impacts of damage” explains peatland functions and values. The impact of different forms of damage on these functions is explained and the possibilities of their restoration are reviewed. Chapter 3 “Planning for restoration” guides users through the process of objective setting. It gives assistance in questions of strategic and site management planning. Chapter 4 “Standard management approaches” describes techniques for practical peatland restoration that suit individual needs. Unless otherwise indicated, all statements are referenced in the IPS/IMCG book on Wise Use of Mires and Peatlands (Joosten & Clarke 2002), that is available under http://www.imcg.net/docum/wise.htm Contents 1 Characteristics, -
The Virginia Wetlands Report Vol. 12, No. 2
W&M ScholarWorks Center for Coastal Resources Management Virginia Wetlands Reports (CCRM) Summer 7-1-1997 The Virginia Wetlands Report Vol. 12, No. 2 Virginia Institute of Marine Science Follow this and additional works at: https://scholarworks.wm.edu/ccrmvawetlandreport Part of the Environmental Education Commons Recommended Citation Virginia Institute of Marine Science, "The Virginia Wetlands Report Vol. 12, No. 2" (1997). Virginia Wetlands Reports. 28. https://scholarworks.wm.edu/ccrmvawetlandreport/28 This Book is brought to you for free and open access by the Center for Coastal Resources Management (CCRM) at W&M ScholarWorks. It has been accepted for inclusion in Virginia Wetlands Reports by an authorized administrator of W&M ScholarWorks. For more information, please contact [email protected]. Summer 1997 TheThe VirginiaVirginia Vol. 12, No. 2 WetlandsWetlands ReportReport Wetlands Mitigation Banks: Creating Big Wetlands to Compensate for Many Small Losses Carl Hershner etlands mitigation banking is a acres each year. When you realize that wetland if at all possible. Relocating relatively new tool for wetlands new tidal wetlands are not appearing development on a parcel of land, or managers.W It is finding increasing naturally at a rate anywhere close to redesigning a project can often pre- application in the struggle to achieve a the rate of loss caused by man and serve the existing resource. When “no net loss” goal for our remaining nature, this “preventable” loss becomes avoidance is not possible, minimizing wetland resources. The concept of a concern. the area of impact is always the second creating wetlands and thus establish- The problem confronting resource objective. -
Proceedings: Ecology, Survey and Management of Forest Insects GTR-NE-311 2750 Fig
Trypodendron domesticum and Trypodendron signatum: Two Scolytid Species Involved in Beech Decline in Belgium B. Gaubicher1, M. De Proft1 and J.-C. Gregoire2,3 1Department of Phytopharmacy, Agricultural Research Center of Gembloux, Belgium 2Laboratoire de Biologie animale et cellulaire, Université Libre de Bruxelles, Belgium 3Fonds National Belge de la Recherche Scientifique, Bruxelles Introduction Xylophagous scolytids (Ambrosia beetles) have long been known to prefer fallen or seriously weakened trees and stumps. They are attracted to this host material by ethanol produced by the fermenting phloem and sapwood. However, these insects have begun aggressively attacking living beeches in Southern Belgium, raising the issue of a possible shift towards primarity. More than 1.3 million m³ have been attacked in 2001 (Huart and Rondeux 2001). Strikingly, similar occurrences of ambrosia beetles attacking living broadleaf trees have been observed worldwide recently. A series of experiments have been carried out since December 2000 to answer a series of rather basic but essential questions : what is the beetles’ phenology ? Do they have two generations a year ? What are the patterns of emergence for both species ? How far from an outbreak focus do they represent a threat to other stands? Material and Methods Phenology Four baited Theyson traps (distance between traps : 50 m) were placed in four attacked sites in the Ardennes. Catches were counted and identified once each week from the begining to the end of the flight period for both species. Patterns of Emergence 15 individual and 23 collective emergence traps were placed on infested trees at the end of the 2001 flight period. Catches were counted and identified once each week from 12 July to 3 October for individual traps, and from 1 August to 1 October for collective traps. -
Turbary Restoration Meets Variable Success: Does Landscape Structure Force Colonization Success of Wetland Plants?
RESEARCH ARTICLE Turbary Restoration Meets Variable Success: Does Landscape Structure Force Colonization Success of Wetland Plants? Boudewijn Beltman,1,2 NancyQ.A.Omtzigt,3 and Jan E. Vermaat3 Abstract of ponds in the complex, the SW orientation of ditches in these complexes and pH, and transparency of the water. Peat ponds have been restored widely in the Netherlands Age of the ponds (1–9 years), area of open water (8–42%), to enhance the available habitat for species-rich plant and shoreline density (13–43 km/km2 in the complex) did communities that characterize the early succession stages not contribute significantly to colonization success. Separa- toward land. Colonization success of 33 target aquatic tion of the effect of a species-rich surrounding landscape, species has been quantified in eight complexes of new the possibility to disperse through that landscape, the spa- ponds. It has been related to the lay-out of these ponds, the tial lay-out of the complex and transparency of the water structure of the surrounding landscape, (historic) preva- were precluded by the strong covariance along the first PC. lence of source populations within the complex and within a Probably all three are independently important. It is spec- perimeter of 10 km, and pond water quality. Colonization ulated that diel migration by waterfowl may be responsible success was variable: between 6 and 26 target species had for the dispersal of plant propagules to the pond complex, reached the complexes in 1998. This success was coupled whereas within-complex dispersal to establishment sites is to the first principal component (PC) in a principal compo- enhanced by wind and water movement. -
National Peatlands Strategy
NATIONAL PEATLANDS STRATEGY 2015 National Parks & Wildlife Service 7 Ely Place, Dublin 2, D02 TW98, Ireland t: +353-1-888 3242 e: [email protected] w: www.npws.ie Main Cover photograph: Derrinea Bog, Co. Roscommon Photographs courtesy of: NPWS, Bord na Móna, Coillte, RPS, Department of Agriculture, Food and the Marine, National Library of Ireland, Friends of the Irish Environment and the IPCC. MANAGING IRELAND’S PEATLANDS A National Peatlands Strategy 2015 Roundstone Bog, Co. Galway CONTENTS PART 1 PART 3 1 INTRODUCTION 004 6 IMPLEMENTATION AND MONITORING 060 1.1 Peatlands in Ireland 005 1.2 Protected Peatlands in Ireland 007 APPENDICES 2 THE CHANGING VIEW APPENDIX 1 OF IRISH PEATLANDS 008 SUMMARY OF PRINCIPLES 2.1 A New Understanding 009 AND ACTIONS 062 2.2 Seeking Balance between Traditional and Hidden Values 009 2.3 Turf cutting controversy – APPENDIX 2 a catalyst for change 011 GLOSSARY 070 2.4 The Way Forward 013 APPENDIX 3 PART 2 EU DIRECTIVES REFERRED TO IN THE STRATEGY 076 3 DEVELOPMENT OF THE STRATEGY 014 APPENDIX 4 4 VISION AND VALUES 018 LINKS & FURTHER INFORMATION 080 5 MANAGING OUR PEATLANDS: PRINCIPLES, POLICIES AND ACTIONS 024 5.1 Overview 024 5.2 Existing Uses 025 5.3 Peatlands and Climate Change 034 5.4 Air Quality 036 5.5 Protected Peatlands Sites 037 5.6 Peatlands outside Protected Sites 045 5.7 Responsible Exploitation 048 5.8 Restoration & Rehabilitation of Non-Designated Sites 050 5.9 Water Quality, Water Framework Directive and Flooding 050 5.10 Public Awareness & Education 055 5.11 Tourism & Recreational Use 058 5.12 Unauthorised Dumping 059 5.13 Research 059 PART 1 004 1. -
Peat Places Peat Today
Rathlin Island Peat places Tievebulliagh Carrick-a-rede The Glens of Antrim contain Garron Plateau many places where peat can The Garron Plateau is the biggest area of This upland area contains shallow peat. be found. The map highlights Knocklayde Ballintoy intact blanket bog on the east coast of Ireland. A rare rock known as porcellanite was peat places to explore. The site is rich with varieties of plants and wildlife. harvested here during the stone age and exported throughout Europe. Garron Plateau has undergone an extensive restoration project. Ballycastle Fairhead Special peat places Access from Cargan village, 10 miles north of Moyle Way Areas of Outstanding Ballymena on the Glenravel Road (A43) and eight Natural Beauty (AONB) miles south of Cushendall. Car parking is available at Dungonnell Dam, near Cargan village. Tow River Carey River Areas of Special Scientific Interest (ASSI) Glentasie Ballycastle Ramsar Wetland Sites of international importance Forest Special Protection Areas (SPA) Glenmakeeran River Glenshesk River Glenshesk Slieveanorra & Croaghan Special Areas of Conservation (SAC) Ballypatrick Moyle Way Forest National Nature Reserves (NNR) View from Glenaan Slieveanorra and Croaghan is an important Glenshesk Cregagh area of largely intact blanket bog. Slieveanorra Peat Areas Mountain shows the different stages in the Wood View from Tievebulliagh Armoy Non Peat Areas formation, erosion and regeneration of peat. Breen Cushendun Garron Plateau Ronan's Way AONB boundary line A variety of plants and upland birds can be Wood spotted, as can the common lizard. Main Roads Croaghan Breen Mountain Slieveanorra was the site of the Battle Glendun Forest Walk Glencorp Walking Routes Through Peatland of Orra in 1583. -
The Balance of Water -Present and Future
J!15met The Balance of Water - Present and Future moisture laden winds p e.t. pep e.t. p • p = precipitation e = evaporation l.f. = throughflow pe "" percolation e.t. - evapotranspiration Proceedings of AGMET Group (Ireland) and Agricultural Group o/the Royal Meteorological Society (UK) Conference Trinity College Dublin, September 7 - 9, 1994 General Editors: T. Keane and E. Daly Published by the AGMETGroup do Meteorological Service Glasnevin Hill Dublin 9 Copyright © the authors 1994 ISBN 0 95115513 X Cover: Water Balance diagram by kind permission: from Geomorphology and Hydrology by R ] Small, Longman Modular Geography Series Foreword Considerable reliance is placed on climatological and hydrological data for a wide range of water balance studies. The accuracy and archival status of the input data frequently concern hydrologists and agriculturals, who also ask what confidence can be attached to estimates of the different components. Apart from the reliability of instrumentation, the limitations of point measurement or estimation by fonnula, further difficulties arise from the specification of soil characteristics, effects of farming practices, distance from sea, altitude, and indeed from the method of spatialization of the data. This Dublin Conference sets out to review the research and progress of recent decades, address some of the current issues and indicate the likelihood of more accurate specification and determination of the parameters: precipitation, evaporation! evapotranspiration and run-off. The measurement and application of the water balance is central to the study of hydrology. A breath of scholarship together with the most recent research are brought to bear in the following papers presented at the Conference. -
Vulnerability of Organic Soils in England and Wales
VULNERABILITY OF ORGANIC SOILS IN ENGLAND AND WALES Final technical report to DEFRA and Countryside Council for Wales DEFRA Project SP0532 CCW contract FC 73-03-275 Joseph Holden1, Pippa Chapman1, Martin Evans2, Klaus Hubacek3, Paul Kay1, Jeff Warburton4 1School of Geography, University of Leeds, Leeds, LS2 9JT. 2Upland Environments Research Unit, The School of Environment and Development, University of Manchester, Mansfield Cooper Building, Manchester, M13 9PL. 3Sustainability Research Institute, School of Earth and Environment, University of Leeds, LS2 9JT. 4Department of Geography, Durham University, Science Laboratories, South Road, Durham, DH1 3LE. February 2007 1 Contents 1. OBJECTIVES............................................................................................................................................................... 8 2. ORGANIC SOILS: CLASSIFICATION AND BASIC CHARACTERISTICS ................................................... 10 2.1 SUMMARY ................................................................................................................................................................. 10 2.2 METHODS USED ........................................................................................................................................................ 10 2.3. CLASSIFICATION, DEFINITIONS AND SPATIAL DISTRIBUTION........................................................................................ 10 2.4. PHYSICAL AND CHEMICAL PROPERTIES OF ORGANIC SOILS........................................................................................ -
Country Overview
Belgium Overview This document provides an overview of LIFE in Belgium. It showcases key data and some of the latest LIFE projects. You will also find contact details and other useful resources and a full list of current and recently-finished LIFE projects. Every year calls for project proposals are launched covering the LIFE programme’s priority areas. ABOUT LIFE The LIFE programme is the EU's funding instrument for the environment and climate action. It has been running since 1992 and has co-financed more than 4 500 projects across the EU and in third countries, mobilising over €9 billion and contributing more than €4 billion to the protection of the environment and climate. The budget for the LIFE programme for 2014–2020 is set at €3.4 billion in current prices, with a sub-programme for environment and a sub-programme for climate action. Types of LIFE project: Other types of LIFE funding: Traditional (Environment and Resource Efficiency; Nature NGO operating grants and Biodiversity; Environmental Governance and Natural Capital Financing Facility (NCFF) Information; Climate Change Mitigation; Climate Change Private Finance for Energy Efficiency (PF4EE) Adaptation; Climate Governance and Information). Integrated (Environment, Nature or Climate Action) NCFF and PF4EE are joint initiatives with the European Preparatory Investment Bank, which manages the two funds. Capacity-building For more information visit: http://ec.europa.eu/life Last update: 21/11/18 European Commission/EASME (http://ec.europa.eu/life/) – Page 1 – LIFE Environment and Resource Efficiency This LIFE priority area is aimed at developing, testing and demonstrating best practices, solutions and integrated approaches to environmental challenges, as well as improving the related knowledge base. -
Maulagowna Bog Csac Site Code 1881 Co. Kerry
National Parks and Wildlife Service Conservation Plan for 2006-2011 Maulagowna Bog cSAC Site Code 1881 Co. Kerry SUMMARY Introduction Maulagowna Bog cSAC has been designated as a candidate Special Area of Conservation under the EU Habitats Directive. The site has been designated due to the presence of active blanket bog, which is a priority habitat listed under Annex I of the EU Habitats Directive. It is a good example of a headwater blanket bog, a type of bog that is rare in the south-west of Ireland. Description of Maulagowna Bog cSAC Maulagowna Bog is located on the northern edge of the Caha Mountains, Co. Kerry. The blanket bog is intact and in an apparently natural state. It has the characteristic species for this habitat, including Bog Cotton, Purple Moor-grass, Deer Grass and Ling Heather. In some areas, bog flushes occur, where species such as Sharp-flowered Rush, Bog Pimpernel and Marsh Violet can be found. Blanket bog occurs in association with heath and upland grassland. The heath habitat has similar plant species to the blanket bog, while upland grassland is characterised by the presence of grasses, sedges and mosses. Cummer Lough occurs to the east of the site. This species-poor, corrie lake supports Pipewort, Shoreweed and Water Lobelia. Exposed rock is most noticeable in the cliffs partially surrounding Cummer Lough, where a variety of vegetation types occur. There are several streams within the site. Chough are present within the site, a species listed under Annex I of the EU Birds Directive. Sheep and cattle grazing occur. -
Report for 1972 - Part 1
Soil Survey Of England And Wales (1973) Thank you for using eradoc, a platform to publish electronic copies of the Rothamsted Documents. Your requested document has been scanned from original documents. If you find this document is not readible, or you suspect there are some problems, please let us know and we will correct that. Report for 1972 - Part 1 Full Table of Content Soil Survey of England and Wales K. E. Clare Soil Survey of England and Wales , K. E. Clare (1973) Report For 1972 - Part 1, pp 293 - 322 - DOI: https://doi.org/10.23637/ERADOC-1-127 - This work is licensed under a Creative Commons Attribution 4.0 International License. Report for 1972 - Part 1 pp 1 Soil Survey Of England And Wales (1973) SOIL SURVEY OF ENGLAND AND WALES K. E. CLARE The aims of ttre Soil Surveys of England and Wales and of Scotland are to describe, classify and map the different soils in Britain. Classification is mainly on the basis of properties of the soil profile observed in the field, the parent material from which the soit is thought to come, and the etrvironment and use made ol the land. Samples are analysed in the laboratory to confrm and give precision to field observations, to charac- terise the soils further and to study soil-forming proc€sses. The properties of the soils shown on maps are described in accompanying publications, as are the geography, geology, climate, vegetation and land use of the district surveyed. A soil map and text together are a permanent record of the distribution and properties of the various kinds of soils.