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The Rt Hon John Gummer Mp Secretary of State for the Environment
THE RT HON JOHN GUMMER MP SECRETARY OF STATE FOR THE ENVIRONMENT I have had the privilege of chairing the Biodiversity Steering Group and overseeing the preparation of this report. The signature of the Biodiversity Convention at Rio by the Prime Minister and over 150 world leaders three years ago showed a remarkable commitment to do something to stop the loss of plants and animals and their habitats which were - and are - disappearing at an alarming rate. The Convention recognised that every country had its part to play in preserving the richness of life. The United Kingdom’s response was the Biodiversity Action Plan, published last year, which took stock of the UK’s biodiversity and identified a number of ways of doing more to protect it. The voluntary sector, for its part, produced a comprehensive plan of its own, Biodiversity Challenge, which you welcomed at its launch in January this year. The Government’s Biodiversity Action Plan proposed the setting up of the Biodiversity Steering Group to prepare costed action plans for plants, animals and habitats. The Group is unusual in that it brings together people from a very wide variety of interests including academics, the nature conservation agencies, the collections, business, farming and land management, the voluntary conservation bodies, and local and central Government. The Group, and its Secretariat, the Sub-Group chairmen and their staff have gone about their work with determination, enthusiasm and energy and I take this opportunity to thank them warmly for their efforts. It was a huge task. For many it has been almost a full time job. -
Download Kent Biodiversity Action Plan
The Kent Biodiversity Action Plan A framework for the future of Kent’s wildlife Produced by Kent Biodiversity Action Plan Steering Group © Kent Biodiversity Action Plan Steering Group, 1997 c/o Kent County Council Invicta House, County Hall, Maidstone, Kent ME14 1XX. Tel: (01622) 221537 CONTENTS 1. BIODIVERSITY AND THE DEVELOPMENT OF THE KENT PLAN 1 1.1 Conserving Biodiversity 1 1.2 Why have a Kent Biodiversity Action Plan? 1 1.3 What is a Biodiversity Action Plan? 1.4 The approach taken to produce the Kent Plan 2 1.5 The Objectives of the Kent BAP 2 1.6 Rationale for selection of habitat groupings and individual species for plans 3 2. LINKS WITH OTHER INITIATIVES 7 2.1 Local Authorities and Local Agenda 21 7 2.2 English Nature's 'Natural Areas Strategy' 9 3. IMPLEMENTATION 10 3.1 The Role of Lead Agencies and Responsible Bodies 10 3.2 The Annual Reporting Process 11 3.3 Partnerships 11 3.4 Identifying Areas for Action 11 3.5 Methodology for Measuring Relative Biodiversity 11 3.6 Action Areas 13 3.7 Taking Action Locally 13 3.8 Summary 14 4. GENERIC ACTIONS 15 2.1 Policy 15 2.2 Land Management 16 2.3 Advice/Publicity 16 2.4 Monitoring and Research 16 5. HABITAT ACTION PLANS 17 3.1 Habitat Action Plan Framework 18 3.2 Habitat Action Plans 19 Woodland & Scrub 20 Wood-pasture & Historic Parkland 24 Old Orchards 27 Hedgerows 29 Lowland Farmland 32 Urban Habitats 35 Acid Grassland 38 Neutral & Marshy Grassland 40 Chalk Grassland 43 Heathland & Mire 46 Grazing Marsh 49 Reedbeds 52 Rivers & Streams 55 Standing Water (Ponds, ditches & dykes, saline lagoons, lakes & reservoirs) 58 Intertidal Mud & Sand 62 Saltmarsh 65 Sand Dunes 67 Vegetated Shingle 69 Maritime Cliffs 72 Marine Habitats 74 6. -
Biodiversity of Click Beetles (Elateridae) of JEZS 2018; 6(2): 2808-2814 © 2018 JEZS Tandojam Received: 08-01-2018 Accepted: 09-02-2018
Journal of Entomology and Zoology Studies 2018; 6(2): 2808-2814 E-ISSN: 2320-7078 P-ISSN: 2349-6800 Biodiversity of click beetles (Elateridae) of JEZS 2018; 6(2): 2808-2814 © 2018 JEZS Tandojam Received: 08-01-2018 Accepted: 09-02-2018 Adeel Aslam Perzada Adeel Aslam Perzada, Rizwan Ali Depar, Abid Ali Soomro, Sumbul Agriculture Research Institute Mureed Mastoi, Maqsood Ahmed Chandio, Sanaullah Mangi, Fida Tandojam, Sindh, Pakistan Hussain Magsi, Manzoor Ali Khushk and Saifullah Kumbhar Rizwan Ali Depar Department of Entomology, Abstract Sindh Agriculture University For present studies click beetles were collected from various localities of Tandojam. Further examination Tandojam, Sindh, Pakistan and identification was carried out at Insect Systematic Postgraduate Laboratory, Department of Abid Ali Soomro Entomology, Sindh Agriculture University Tandojam. Specimens were collected through traditional hand Department of Entomology, net and on light trap from various localities and were killed in a jar containing potassium cyanide and Sindh Agriculture University mounted through entomological pins. To identify the specimen up to the species level, they were run Tandojam, Sindh, Pakistan through the keys available for the region in various publications. Images of habitus and genitalia were taken with cameras fitted on microscope. In present study total 73 members of the family Elateridae were Sumbul Mureed Mastoi collected from Tandojam, Sindh, Pakistan. This revealed the occurrence 08 species under three sub- Department of Entomology, families. Sub-family Agrypninae with five species under three tribes; Agrypnini including, Agrypnus Sindh Agriculture University ellipticus (Candèze, 1857) and Agrypnus thibetanus Reitter 1913; Pseudomelanactini with one species Tandojam, Sindh, Pakistan Lanelater bipunctatus (Candèze, 1857); Oophorini with two species; Heteroderes heydeni (Reitter, 1891) and Heteroderes lenis (Candèze, 1891). -
Alternative Strategies for Controlling Wireworms in Field Crops: a Review
agriculture Review Alternative Strategies for Controlling Wireworms in Field Crops: A Review Sylvain Poggi 1,* , Ronan Le Cointe 1, Jörn Lehmhus 2, Manuel Plantegenest 1 and Lorenzo Furlan 3 1 INRAE, Institute for Genetics, Environment and Plant Protection (IGEPP), Agrocampus Ouest, Université de Rennes, 35650 Le Rheu, France; [email protected] (R.L.C.); [email protected] (M.P.) 2 Institute for Plant Protection in Field Crops and Grassland, Julius Kühn-Institute, 38104 Braunschweig, Germany; [email protected] 3 Veneto Agricoltura, 35020 Legnaro, Italy; [email protected] * Correspondence: [email protected] Abstract: Wireworms, the soil-dwelling larvae of click beetles (Coleoptera: Elateridae), comprise major pests of several crops worldwide, including maize and potatoes. The current trend towards the reduction in pesticides use has resulted in strong demand for alternative methods to control wireworm populations. This review provides a state-of-the-art of current theory and practice in order to develop new agroecological strategies. The first step should be to conduct a risk assessment based on the production context (e.g., crop, climate, soil characteristics, and landscape) and on adult and/or larval population monitoring. When damage risk appears significant, prophylactic practices can be applied to reduce wireworm abundance (e.g., low risk rotations, tilling, and irrigation). Additionally, curative methods based on natural enemies and on naturally derived insecticides are, respectively, under development or in practice in some countries. Alternatively, practices may target a reduction in crop damage instead of pest abundance through the adoption of selected cultural practices (e.g., Citation: Poggi, S.; Le Cointe, R.; Lehmhus, J.; Plantegenest, M.; Furlan, resistant varieties, planting and harvesting time) or through the manipulation of wireworm behavior L. -
Journal of Agricultural Sciences 2012/50 Supplement
University of Debrecen JOURNAL OF AGRICULTURAL SCIENCES 2012/50 ACTA AGRARIA DEBRECENIENSIS 6th International Plant Protection Symposium at University of Debrecen SUPPLEMENT 17-18 October 2012 Debrecen JOURNAL OF AGRICULTURAL SCIENCES, DEBRECEN, 2012/50 SUPPLEMENT Editors: Dr. György J. Kövics Dr. István Dávid Lectors: Dr. András Bozsik (entomology, biological pest management) Dr. Antal Nagy (entomology, ecology) Dr. István Dávid (weed biology, weed management) Dr. István Szarukán (entomology) Dr. Gábor Tarcali (integrated pest management, plant pathology) Gábor Görcsös (integrated pest management, molecular biology) Dr. György J. Kövics (plant pathology) Dr. László Irinyi (plant pathology, molecular biology) Dr. László Radócz (integrated pest management, weed management) HU-ISSN 1588-8363 2 JOURNAL OF AGRICULTURAL SCIENCES, DEBRECEN, 2012/50 SUPPLEMENT Contents Kövics, G. J.: József Adányi awarded by „Antal Gulyás medallion for crop protection“ in 2012 (laudation) 5 Kövics, G. J.: Prof. István Szepessy awarded by „Antal Gulyás medallion for crop protection“ in 2012 (laudation) 8 Szőnyegi, S.: The Official Plant Health Control System – tasks to avoid getting in and spreading of non-native pests 11 Zsigó, Gy.: Observations of a plant protection expert of the capital 14 Apró, M. – Kelemen, A. – Csáky, J. – Papp, M. – Takács, A. P.: The occurrence of the wheat viruses in South Hungary in 2012 17 Chodorska, M. – Paduch-Cichal, E. – Kalinowska, E.: The detection and identification of Tobacco ringspot virus in blueberry bushes growing on plantations in Central Poland 20 Dolińska, T. M. – Schollenberger, M.: Cladosporium species as hyperparasites of powdery mildew fungi 24 Dolińska, T. M. – Schollenberger, M.: Parasiting of Cladosporium species on Puccinia arenariae 29 Jabłońska, E. -
Policy and Legislation Summary
© Ian Wallace Policy and Legislation Summary Legal disclaimer Whilst every effort has been made to be accurate in explaining complex legislation in layman’s language, this document does not constitute legal advice and neither the authors nor Buglife can guarantee the accuracy thereof. Anyone using the information does so at his/her own risk and shall be deemed to indemnify Buglife from any and all injury or damage arising from such use. SPECIES STATUS: LISTS OF INVERTEBRATE SPECIES COVERED BY POLICY AND LEGISLATION IN THE UK The following tables list the invertebrate species covered by the UK’s domestic wildlife legislation, national biodiversity policies and relevant international statutes. Most of these measures aim to protect vulnerable species, but some invasive alien species are also covered by legislation. The tables are as follows: 1. UK invertebrate species protected by international statutes 2A. Invertebrate species listed on Schedule 5 of the Wildlife and Countryside Act 1981 (as amended) for England and Wales and the Nature Conservation (Scotland) Act 2004. 2B. Invertebrate species protected under the Wildlife (Northern Ireland) Order 1985 (as amended) 3A. Invertebrate species listed under Section 41 of the Natural Environment and Rural Communities Act for England and under Section 42 for Wales 3B. Invertebrate species of principal importance for the conservation of biodiversity in Scotland 4. Invertebrate species endangered by trade and listed under the EU CITES Regulations 5A. Invertebrate species listed on Schedule 9 of the Wildlife and Countryside Act 9 (as amended) 5B. Invertebrate species listed on Schedule 9 of the Wildlife (Northern Ireland) Order (as amended) Further information For up to date information on UK legislation visit http://www.legislation.gov.uk. -
The Elateridae (Coleoptera: Elateroidea) Excl
DOI: 10.1478/AAPP.962A1 AAPP j Atti della Accademia Peloritana dei Pericolanti Classe di Scienze Fisiche, Matematiche e Naturali ISSN 1825-1242 Vol. 96, No. 2, A1 (2018) THE ELATERIDAE (COLEOPTERA: ELATEROIDEA) EXCL. CEBRIONINI AND DRILINI OF SICILY: RECENT RECORDS AND UPDATED CHECKLIST COSIMO BAVIERA a∗ AND GIUSEPPE PLATIA b ABSTRACT. This paper compiles an updated checklist of Sicilian (including the circumsi- cilian islets) species of Elateridae. Listed species came from published data along with new Sicilian material collected by the authors and other entomologists in the last few decades. Seventy-three species are reported, with new data for many rarely collected species in Sicily. Six species are recorded for the first time: Dalopius marginatus (Linné, 1758), Isidus moreli Mulsant and Rey, 1874, Ampedus sanguineus (Linnaeus, 1758), Zorochros meridionalis (Castelnau, 1840), Agriotes infuscatus Desbrochers des Loges, 1870, and the invasive allochthonous species Conoderus posticus (Eschscholtz, 1829). Lanelater notodonta (Latreille, 1827) is considered extinct in Sicily. 1. Introduction The so called “click beetles” (Elateridae) belong to a large cosmopolitan family of beetles. Worldwide some 10,000 species in 400 genera of Elateridae have been scientifically described (Slipinski et al. 2011). Like in many others Coleoptera families the highest species diversity is to be found in the tropics (Johnson 2002). The adults can be recognized by the characteristic shape of their pronotum and overall elongated body. Most of these beetles are capable of righting themselves from an overturned position by arching their body and then instantaneously straightening out, a process which hurls the insect into the air producing a typical sound, hence their common name of “click” beetles. -
English Nature [EN], Countryside Council for Wales [CCW], Scottish Natural Heritage [SNH] and in Northern Ireland the Environment And
Implementation of the Ramsar Convention in general, and of the Ramsar Strategic Plan 1997-2002 in particular, during the period since the National Report prepared in 1995 for Ramsar CoP6 and 30 June 1998 Contracting Party: United Kingdom Department of the Environment, Transport and the Regions Linda Smith Room 9/21 Tollgate House Houlton Street Bristol BS2 9DJ Telephone: + 44 117 987 8342 Fax: + 44 117 987 8182 E-mail: [email protected] Foreword by the Rt Hon Michael Meacher MP, Minister for the Environment The UK has been a member of the Ramsar family for over 20 years and remains deeply committed to its principles. We have signalled this through the designation of Ramsar sites for inclusion on the list of wetlands of international importance, and have now listed over 120 sites. But we also recognise the need to ensure that commitment to wise use of wetlands underpins all of the actions we take. In 1998 we published actions and targets for the implementation of the Ramsar Strategic Plan in the United Kingdom. We will monitor progress carefully. The next Ramsar Conference will address particularly relevant and important issues relating to the conservation and sustainable use of wetlands. In the UK we are in the process of taking forward and developing a comprehensive sustainable development strategy. We have consulted widely and received a huge number of responses, from individuals as well as organisations. I have been encouraged by the degree of interest shown by local communities, and by their enthusiasm. We have lost too many of our precious places, and the wetland resource is still to some extent undervalued. -
Kent Nature Partnership Biodiversity Strategy 2020 to 2045
Kent Nature Partnership Biodiversity Strategy 2020 to 2045 The Kent Biodiversity Strategy sets out the contribution the county of Kent, and the Kent Nature Partnership, can make to the Government’s ambition to leave our environment in a better state than we found it and the aspirations set out in its 25 Year Environment Plan “A Green Future”. February 2020 Contents Foreword 4 Executive summary 5 Introduction 9 The importance of nature 9 Natural capital 11 A collaborative approach to meeting the challenges 12 Strategic context for the Kent Biodiversity Strategy 13 How we have chosen our priority habitats and species 14 Implementation, measuring progress and review 15 Our 25-year mission and goals 16 A broader framework for biodiversity restoration 17 Objectives and targets for terrestrial ecosystems, habitats and species 19 Objectives and targets for freshwater and intertidal ecosystems, habitats and species 20 Objectives and targets for marine ecosystems, habitats and species 21 Objectives and targets for connecting people with the natural environment 22 Delivering gains – case studies from around the county 23 Appendix 1 – Kent Biodiversity Strategy priority habitats, priority species and indicator species 33 Appendix 2 – Priority habitats – baseline figures 48 Appendix 3 – priority species 50 Appendix 4 – Strategies and Plans of relevance to the Kent Biodiversity Strategy 58 Appendix 5 – Glossary 59 Appendix 6 – References and notes 62 Appendix 7 – Photograph credits 66 2 Kent Nature Partnership Biodiversity Strategy 2019 to 2044 The -
F Ocuson B Iodiversity U Pdate 2 0 0 3 / 4 E Nvironm Ent a Gency
F o c u s o n B io d iv ersity U pdate 2003/4 Environm ent Agency Contents Page Chapter 1 Introduction Purpose of report 1 Background 1 Structure and content 1 Chapter 2 An overview of 2003/4 Legislation and national policy 2 Habitats Directive 2 CroW Act 2 Wetland policy 2 Water Framework Directive 2 Defra PSA target for SSSIs 3 National biodiversity groups 3 Ramsar 3 National initiatives 3 UK BAP delivery 3 Environment Agency Board discussion 3 National seminar 3 Otter surveys 4 LIFE in UK Rivers 4 Marine 4 Research and Development 4 Biodiversity Action Reporting System (BARS) 4 Competencies and skills 5 Overall message 5 Chapter 3 Progress in 2003/4 - Category 1 & 2 species and habitats Water vole 8 Otter 10 Marsh warbler 12 Allis and twaite shad 13 Vendace 14 Burbot 15 Diving beetle - Agabus brunneus 16 Ground beetle - Anisodactylus poeciloides 17 Diving beetle - Bidessus unistriatus 18 Hairy click beetle 19 Various river shingle beetles and other invertebrates associated with ERS 20 White-clawed crayfish 23 Southern damselfly 25 Little whirlpool ram’s-horn snail 26 Freshwater pearl mussel 27 Glutinous snail 28 Fine-lined pea mussel 29 Depressed river mussel 30 Shining ram’s-horn snail 31 Freshwater bryozoan - Lophopus crystallinus 32 Ribbon-leaved water plantain 33 Cut grass 34 Triangular clubrush 35 Greater water parsnip 36 Page Multi-fruited river moss 37 Tiny fern-moss 38 Water rock bristle 39 Beaked beardless-moss 40 Violet crystalwort 41 Five stoneworts 42 River jelly lichen 44 Aquifer-fed naturally fluctuating water bodies 45 -
Habitat Selection of Brood-Rearing Northern Wheatears Oenanthe Oenanthe and Their Invertebrate Prey
Habitat selection of brood-rearing Northern Wheatears Oenanthe oenanthe and their invertebrate prey H. Herman van Oosten1,2,*, A.B. van den Burg3, R. Versluijs1 & H. Siepel2,4 van Oosten H.H, van den Burg A.B., Versluijs R. & Siepel H. 2014. Habitat selection of brood-rearing Northern Wheatears Oenanthe oenanthe and their invertebrate prey. Ardea 102(1): 61–69. Birds consider both variation in prey abundance and accessibility in their deci- sion of where to forage. Acidification and nitrogen deposition affect both prey abundance and accessibility by stimulating growth of nitrophilic grasses at the expense of forbs. Management practises such as mowing or grazing primarily affect vegetation structure which also influences the abundance and accessibil- ity of invertebrates. Hence, for effective management and conservation purpos- es it is paramount to understand the relationships between vegetation structure, densities of preferred prey and habitat-use of birds. In this study we explore such relationships for the nationally endangered Northern Wheatear Oenanthe oenanthe in dune grasslands along the Dutch coast. Our findings support the hypothesis that forager mobility and food accessibility are of greater importance during patch selection than food abundance per se in ground forag- ing birds. The abundance of all potential prey and three of the four most impor- tant actual prey groups was highest in tall grass, but Northern Wheatears foraged preferentially in short grass. Clearly, encroachment by tall grass will diminish habitat suitability for Northern Wheatears due to lowered prey accessi- bility. We propose that a mixture of short and tall vegetation and landscape management allows for dispersal of arthropods between different (micro)habi- tats. -
Report on the Species and Habitats Review June 2007
BIODIVERSITY REPORTING AND INFORMATION GROUP Report on the Species and Habitat Review Report to the UK Biodiversity Partnership JUNE 2007 Report on the Species and Habitats Review June 2007 CONTENTS EXECUTIVE SUMMARY .......................................................................................................................3 INTRODUCTION ....................................................................................................................................4 ORGANISATION OF WORK Stage 1 – Scientific Assessment of Conservation Status .....................................................................4 Review Criteria Terrestrial & Freshwater Species .........................................................................................................5 Terrestrial & Freshwater Habitats .........................................................................................................5 Marine Species and Habitats ................................................................................................................5 Stage 2 – Determination of Delivery Mechanisms ................................................................................6 Introduction ...........................................................................................................................................6 Signposting ...........................................................................................................................................6 Geographic extent ................................................................................................................................7