Estonian Maritime Spatial Plan Impact Assessment Report 1

Total Page:16

File Type:pdf, Size:1020Kb

Estonian Maritime Spatial Plan Impact Assessment Report 1 Estonian Maritime Spatial Plan Impact Assessment Report 1 Version 03.07.2020 /// Work296718 No: 296718, for public display Estonian Maritime Spatial Plan Draft Impact Assessment Report, FOR PUBLIC DISPLAY Work No: 296718 Tallinn-Tartu Riin Kutsar Lead expert on impact assessment 2 Estonian Maritime Area Planning Impact Assessment Report Table of Contents INTRODUCTION ........................................................................................................ 4 1 PURPOSE AND NATURE OF THE ESTONIAN MARITIME SPATIAL PLAN ....... 5 2 IMPACT ASSESSMENT METHODOLOGY ............................................................ 6 2.1 THE ECOSYSTEM-BASED APPROACH ......................................................................................... 6 2.2 FOCUS ON ASSESSING THE RELEVANT IMPACT OF THE MARITIME SPATIAL PLAN ........... 9 2.3 TAKING INTO ACCOUNT ENVIRONMENTAL CONSIDERATIONS IN THE DEVELOPMENT OF THE MSP ............................................................................................................................................... 10 3 RELATIONSHIP OF THE MARITIME SPATIAL PLAN TO STRATEGIC PLANNING DOCUMENTS AND ENVIRONMENTAL POLICY ................................ 15 3.1 RELATIONSHIP TO RELEVANT PLANNING DOCUMENTS ........................................................ 15 3.2 COMPLIANCE WITH ENVIRONMENTAL OBJECTIVES ............................................................... 17 4 DESCRIPTION OF THE ENVIRONMENT AFFECTED AND THE IMPACT OF IMPLEMENTING THE PLAN ................................................................................... 20 4.1 HYDROMETEOROLOGY AND HYDRODYNAMICS ...................................................................... 20 4.1.1 Water temperature and salinity ............................................................................................... 20 4.1.2 Wind ......................................................................................................................................... 21 4.1.3 Ice conditions ........................................................................................................................... 22 4.1.4 Waves and currents ................................................................................................................. 25 4.1.5 Water quality ............................................................................................................................ 26 4.2 HABITATS AND BIOTA ................................................................................................................... 35 4.2.1 Fish .......................................................................................................................................... 35 4.2.2 Birds ......................................................................................................................................... 41 4.2.3 Seals ........................................................................................................................................ 46 4.2.4 Bats .......................................................................................................................................... 51 4.2.5 Seabed habitats and biota ....................................................................................................... 53 4.2.6 Protected natural objects ......................................................................................................... 62 4.3 EVALUATION OF NATURA 2000 ................................................................................................... 67 4.4 SOCIAL AND CULTURAL ENVIRONMENT ................................................................................... 86 4.4.1 Impact on socio-cultural needs and well-being ....................................................................... 86 4.4.1.1 Starting points for socio-cultural impact assessment ................................................... 86 4.4.1.2 Fisheries ....................................................................................................................... 89 4.4.1.3 Aquaculture ................................................................................................................... 91 4.4.1.4 Maritime transport ......................................................................................................... 94 4.4.1.5 Maritime rescue, pollution control and guarding the state border ................................ 94 4.4.1.6 Energy production ......................................................................................................... 95 4.4.1.7 Sea tourism and recreation ......................................................................................... 105 4.4.1.8 Cultural Monuments .................................................................................................... 106 4.4.1.9 Other uses of the sea, and land-sea interactions ....................................................... 106 4.4.2 Impact on property ................................................................................................................. 110 4.5 IMPACT ON HUMAN HEALTH ..................................................................................................... 112 4.5.1 Fisheries ................................................................................................................................ 113 4.5.2 Aquaculture ........................................................................................................................... 114 4.5.3 Maritime transport .................................................................................................................. 114 4.5.4 Energy production ................................................................................................................. 116 4.5.5 Sea tourism and recreation ................................................................................................... 119 4.6 ECONOMIC ENVIRONMENT ....................................................................................................... 120 4.6.1 Fisheries ................................................................................................................................ 120 4.6.2 Maritime transport .................................................................................................................. 125 Estonian Maritime Spatial Plan Impact Assessment Report 3 4.6.3 Maritime Tourism................................................................................................................... 129 4.6.4 Energy production ................................................................................................................. 131 4.7 IMPACT ON CLIMATE CHANGE ................................................................................................. 135 4.8 CUMULATIVE IMPACTS .............................................................................................................. 136 4.9 TRANSBOUNDARY IMPACT ....................................................................................................... 141 5 OVERVIEW OF THE ORGANIZATION AND INVOLVEMENT OF THE IMPACT ASSESSMENT ........................................................................................................ 143 5.1 ORGANIZATION OF IMPACT ASSESSMENT ............................................................................. 143 5.2 COOPERATION AND INCLUSION .............................................................................................. 144 6 SUMMARY AND CONCLUSION ......................................................................... 145 6.1 SUMMARY OF IMPACTS ............................................................................................................. 145 6.2 CONCLUSION .............................................................................................................................. 146 4 Estonian Maritime Area Planning Impact Assessment Report INTRODUCTION This Impact Assessment (hereinafter IA) is being carried out for the Estonian Maritime Spatial Plan. The preparation of the Estonian Maritime Spatial Plan and the IA of the plan has been initiated by the Government of the Republic Order No. 157 of 25.05.2017. The aim of the M SP is the long-term planning of the use of the Estonian marine space, which takes into account social, economic, cultural as well as environmental impacts and needs in a balanced way. The overall objective of the Strategic Environmental Assessment (SEA) is to take environmental considerations into account in the preparation and implementation of the plan, thereby ensuring a high level of environmental protection and promoting the principles of sustainable development. Well-established common practices, supported by the SEA Directive and Estonian legislation, is rather a natural environment-centered approach. However, the impact on the social (including health), cultural and economic environment is also important when implementing plans. Therefore, the so-called Extended Impact Assessment is carried out on the Maritime Spatial Plan, i.e., the MSP impact assessment process integrates the SEA with the assessment of the social, cultural, and economic impacts. The plan and IA are compiled by OÜ Hendrikson & Ko in cooperation with experts from the University of Tartu, the Estonian Marine Institute of the University of Tartu, the Center for Applied Research in Social Sciences, the University of Tallinn and OÜ Roheline Rada. Planning and impact
Recommended publications
  • Currents and Waves in the Northern Gulf of Riga
    doi:10.5697/oc.54-3.421 Currents and waves OCEANOLOGIA, 54 (3), 2012. in the northern Gulf of pp. 421–447. C Copyright by Riga: measurement and Polish Academy of Sciences, * Institute of Oceanology, long-term hindcast 2012. KEYWORDS Hydrodynamic modelling Water exchange Wave hindcast Wind climate RDCP Baltic Sea Ulo¨ Suursaar⋆ Tiit Kullas Robert Aps Estonian Marine Institute, University of Tartu, M¨aealuse 14, EE–12618 Tallinn, Estonia; e-mail: [email protected] ⋆corresponding author Received 27 February 2012, revised 19 April 2012, accepted 30 April 2012. Abstract Based on measurements of waves and currents obtained for a period of 302 days with a bottom-mounted RDCP (Recording Doppler Current Profiler) at two differently exposed locations, a model for significant wave height was calibrated separately for those locations; in addition, the Gulf of Riga-V¨ainameri 2D model was validated, and the hydrodynamic conditions were studied. Using wind forcing data from the Kihnu meteorological station, a set of current, water exchange and wave hindcasts were obtained for the period 1966–2011. Current patterns in the Gulf and in the straits were wind-dependent with characteristic wind switch directions. The Matsi coast was prone to upwelling in persistent northerly wind conditions. During the * The study was supported by the Estonian target financed project 0104s08, the Estonian Science Foundation grant No 8980 and by the EstKliima project of the European Regional Fund programme No 3.2.0802.11-0043. The complete text of the paper is available at http://www.iopan.gda.pl/oceanologia/ 422 U.¨ Suursaar, T. Kullas, R.
    [Show full text]
  • A Study of Hydrodynamic and Coastal Geomorphic Processes in Küdema Bay, the Baltic Sea
    Coastal Engineering 187 A study of hydrodynamic and coastal geomorphic processes in Küdema Bay, the Baltic Sea Ü. Suursaar1, H. Tõnisson2, T. Kullas1, K. Orviku3, A. Kont2, R. Rivis2 & M. Otsmann1 1Estonian Marine Institute, University of Tartu, Estonia 2Instititute of Ecology, Tallinn Pedagogical University, Estonia 3Merin Ltd., Estonia Abstract The aim of the paper is to analyze relationships between hydrodynamic and geomorphic processes in a small bay in the West-Estonian Archipelago. The area consists of a Silurian limestone cliff exposed to storm activity, and a dependent accumulative distal spit consisting of gravel and pebble. Changes in shoreline position have been investigated on the basis of large-scale maps, aerial photographs, topographic surveys and field measurements using GPS. Waves and currents were investigated using a Recording Doppler Current Profiler RDCP-600 deployed into Küdema Bay in June 2004 and the rough hydrodynamic situation was simulated using hydrodynamic and wave models. The main hydrodynamic patterns were revealed and their dependences on different meteorological scenarios were analyzed. It was found that due to exposure to prevailing winds (and waves induced by the longest possible fetch for the location), the spit elongates with an average rate of 14 m/year. Major changes take place during storms. Vitalization of shore processes is anticipated due to ongoing changes in the regional wind climate above the Baltic Sea. Keywords: shoreline changes, currents, waves, sea level, hydrodynamic models. 1 Introduction Estonia has a relatively long and strongly indented shoreline (3794 km; Fig. 1), therefore the knowledge of coastal processes is of large importance for WIT Transactions on The Built Environment, Vol 78, © 2005 WIT Press www.witpress.com, ISSN 1743-3509 (on-line) 188 Coastal Engineering sustainable development and management of the coastal zone.
    [Show full text]
  • The Numbers of Waterfowl in Estonia
    selection of the site would only seem to be Sletbakk for their practical help in the in terms of the final few inches. crossing of Bellsund. M.A.O. is indebted to the Wildfowl Trust for the opportunity Acknowledgements for, and financing of, his part in the work. We are grateful to the Norsk Polarinstitutt M.N. would like to express his thanks to for their help and advice, especially in the L. Lj0terud and B. Mathiasson for their shape of their expedition ship M/V never-failing interest and skill during the ‘Signalhorn’ and its captain and crew. field work; to N. Gullestad for help during M.A.O. and R.J.F.T. would like to express his stay in Hornsund ; and to the Nor­ their thanks to the head and staff of the wegian Game Research Institute for special Isfjord Radio Station, Kapp Linné for financial support of the goose studies. their assistance, and to A. Paulsen and E. References At k i n s o n -W i l l e s , G. L . (Ed.). 1963. Wildfowl in Great Britain. 368 pp. Nature Conservancy Monograph No. 3. H.M.S.O., London. b o y d , H . 1961. The number o f Barnacle Geese in Europe in 1959-60. Wildfowl Trust 12th Ann. Report: 116-124. b o y d , H . 1964. Barnacle Geese caught in Dumfriesshire in February, 1963. Wildfowl Trust 15th Ann. Report : 75-76 g o o d h a r t , J., R. WEBBE and T . w r i g h t .
    [Show full text]
  • EGS Aastaraamat 2016.Cdr
    E E EESTI GEOGRAAFIA SELTSI S EESTI GEOGRAAFIA SELTSI T I G E O G R A A F I A S E L T S I A A KÖIDE S KÖIDE 41. T 41. A R A A M A T 4 1 . k ö i d e ISSN 0202 - 1811 EESTI GEOGRAAFIA SELTSI AASTARAAMAT 41. köide ESTONIAN GEOGRAPHICAL SOCIETY YEARBOOK OF THE ESTONIAN GEOGRAPHICAL SOCIETY VOL. 41 Edited by Arvo Järvet TALLINN 2016 EESTI GEOGRAAFIA SELTSI AASTARAAMAT 41. KÖIDE Toimetanud Arvo Järvet TALLINN 2016 YEARBOOK OF THE ESTONIAN GEOGRAPHICAL SOCIETY VOL. 41 EESTI GEOGRAAFIA SELTSI AASTARAAMAT 41. KÖIDE Edited by: Arvo Järvet Toimetaja: Arvo Järvet Aastaraamatu väljaandmist on toetanud Tartu Ülikooli geograafia osakond Autoriõigus: Eesti Geograafia Selts, 2016 ISSN 0202-1811 Eesti Geograafia Selts Kohtu 6 10130 Tallinn www.egs.ee Trükitud OÜ Vali Press SAATEKS Eelmisel aastal jõudis Eesti Geograafia Selts 60. juubelini, mida me hilissügisel ka väärikalt tähistasime. EGSi aastaraamatu viljapõllult on võetud 40 lõikust ja käesoleva väljaandega algab viies kümnend. Geo- graafide aastaraamat on meie rahvuslik kultuuripärand, looming ja endale kindla koha leidnud väljaanne. Esimese EGSi aastaraamatu ”Saateks” lõpetab lause: ”Eesti Geograafia Selts loodab, et tema aastaraamat, mille eesmärgiks on kaasa aidata geograafilise uurimistöö ja kodu-uurimise arengule, koondab enda ümber arvuka kaastööliste-geograafide pere.” Paljuski tänu EGSi aastaraamatule on kestnud eesti ja Eestiga seotud geograafilise uurimistöö talletamine omakeelses kirjasõnas tänapäevani. Aastaraamatute mahust on suurema osa hõlmanud uurimused Eesti geo- graafia alalt, mis on ka loomulik, sest rahvuslik väljaanne peabki esmalt avaldama kodumaaga seotud uurimistulemusi. Esimene EGSi aastaraamat ilmus trükist kaks aastat pärast seltsi asutamist ja sisaldas ülevaateartikleid loodus-, majandus- ja kooligeograafia olukor- rast ning edasiarendamise perspektiividest Eestis.
    [Show full text]
  • Estuarine, Coastal and Shelf Science 80 (2008) 31–41
    Estuarine, Coastal and Shelf Science 80 (2008) 31–41 Contents lists available at ScienceDirect Estuarine, Coastal and Shelf Science journal homepage: www.elsevier.com/locate/ecss Field observations on hydrodynamic and coastal geomorphic processes off Harilaid Peninsula (Baltic Sea) in winter and spring 2006–2007 U¨ . Suursaar a,*, J. Jaagus b,A.Kontc, R. Rivis c,H.To˜nisson c a Estonian Marine Institute, University of Tartu, Ma¨ealuse 10a, Tallinn 12618, Estonia b Institute of Geography, University of Tartu, Vanemuise 46, Tartu 51014, Estonia c Institute of Ecology, Tallinn University, Narva 25, Tallinn 10120, Estonia article info abstract Article history: Investigations of multi-layer current regime, variations in sea level and wave parameters using a bottom- Received 30 April 2008 mounted RDCP (Recording Doppler Current Profiler) during 20 December 2006–23 May 2007 were Accepted 5 July 2008 integrated with surveys on changes of shorelines and contours of beach ridges at nearby Harilaid Available online 18 July 2008 Peninsula (Saaremaa Island). A W-storm with a maximum average wind speed of 23 m sÀ1 occurred on 14–15 January with an accompanying sea level rise of at least 100 cm and a significant wave height of Keywords: 3.2 m at the 14 m deep RDCP mooring site. It appeared that in practically tideless Estonian coastal waters, sea level Doppler-based ‘‘vertical velocity’’ measurements reflect mainly site-dependent equilibrium between currents waves resuspension and sedimentation. The mooring site, 1.5 km off the Kelba Spit of Harilaid, was located in vertical fluxes the accumulation zone, where downward fluxes dominated and fine sand settled.
    [Show full text]
  • Asustust Ja Maakasutust Suunavad Keskkonnatingimused
    LÄÄNE MAAVALITSUS LÄÄNE MAAKONNAPLANEERINGU TEEMAPLANEERING ASUSTUST JA MAAKASUTUST SUUNAVAD KESKKONNATINGIMUSED HAAPSALU 2005 Teemaplaneering Asustust ja maakasutust suunavad keskkonnatingimused SISUKORD lk 1. EESSÕNA______________________________________________________3 2. ASUSTUST JA MAAKASUTUST SUUNAVAD KESKKONNATINGIMUSED____5 2.1. Väärtuslike maastike säilimise ja kasutamise tingimused__________________5 2.1.1. Väärtuslikud kultuur- ja loodusmaastikud_______________________________5 2.1.2. Väärtuslikud linnamaastikud_________________________________________7 2.2. Rohelise võrgustiku säilimise ja kasutamise tingimused___________________8 3. LÄÄNEMAA VÄÄRTUSLIKUD MAASTIKUD___________________________10 3.1. Neugrundi madalik_________________________________________________10 3.2. Osmussaar________________________________________________________11 3.3. Lepajõe – Nõva – Peraküla – Dirhami_________________________________13 3.4. Vormsi___________________________________________________________15 3.5. Ramsi – Einbi_____________________________________________________16 3.6. Kadarpiku – Saunja – Saare_________________________________________18 3.7. Hobulaid_________________________________________________________19 3.8. Paralepa – Pullapää – Topu__________________________________________20 3.9. Palivere__________________________________________________________22 3.10. Kuijõe – Keedika – Uugla – Taebla – Kirimäe – Võnnu – Ridala_________23 3.11. Ridala__________________________________________________________24 3.12. Koluvere – Kullamaa_____________________________________________26
    [Show full text]
  • Estonian Academy of Sciences Yearbook 2014 XX
    Facta non solum verba ESTONIAN ACADEMY OF SCIENCES YEAR BOOK ANNALES ACADEMIAE SCIENTIARUM ESTONICAE XX (47) 2014 TALLINN 2015 ESTONIAN ACADEMY OF SCIENCES The Year Book was compiled by: Margus Lopp (editor-in-chief) Galina Varlamova Ülle Rebo, Ants Pihlak (translators) ISSN 1406-1503 © EESTI TEADUSTE AKADEEMIA CONTENTS Foreword . 5 Chronicle . 7 Membership of the Academy . 13 General Assembly, Board, Divisions, Councils, Committees . 17 Academy Events . 42 Popularisation of Science . 48 Academy Medals, Awards . 53 Publications of the Academy . 57 International Scientific Relations . 58 National Awards to Members of the Academy . 63 Anniversaries . 65 Members of the Academy . 94 Estonian Academy Publishers . 107 Under and Tuglas Literature Centre of the Estonian Academy of Sciences . 111 Institute for Advanced Study at the Estonian Academy of Sciences . 120 Financial Activities . 122 Associated Institutions . 123 Associated Organisations . 153 In memoriam . 200 Appendix 1 Estonian Contact Points for International Science Organisations . 202 Appendix 2 Cooperation Agreements with Partner Organisations . 205 Directory . 206 3 FOREWORD The Estonian science and the Academy of Sciences have experienced hard times and bearable times. During about the quarter of the century that has elapsed after regaining independence, our scientific landscape has changed radically. The lion’s share of research work is integrated with providing university education. The targets for the following seven years were defined at the very start of the year, in the document adopted by Riigikogu (Parliament) on January 22, 2014 and entitled “Estonian research and development and innovation strategy 2014- 2020. Knowledge-based Estonia”. It starts with the acknowledgement familiar to all of us that the number and complexity of challenges faced by the society is ever increasing.
    [Show full text]
  • Saare MAAKONNA Loodusväärtused Saare MAAKONNA Loodusväärtused 2 3
    SAARE MAAKONNA loodusväärtused SAARE MAAKONNA loodusväärtused 2 3 SISUKORD KAITSEALAD ................... 8 Odalätsi maastikukaitseala ....... 27 Vilsandi rahvuspark ............. 9 Panga maastikukaitseala ......... 27 Abruka looduskaitseala .......... 10 Üügu maastikukaitseala ......... 28 Laidevahe looduskaitseala ........ 11 HOIUALAD .................... 30 Liiva-Putla looduskaitseala ....... 12 Karala-Pilguse hoiuala ........... 31 Linnulaht .................... 13 Karujärve hoiuala .............. 31 Loode tammik ................ 14 Väikese väina hoiuala ........... 33 Rahuste looduskaitseala ......... 15 Viidumäe looduskaitseala ........ 16 KAITSEALUSED PARGID ........... 34 Viieristi looduskaitseala. 17 Kuressaare lossipark ............ 34 Järve luidete maastikukaitseala .... 20 Mihkel Ranna dendraarium ....... 34 Kaali maastikukaitseala .......... 20 Mõntu park .................. 35 Kaugatoma-Lõo maastikukaitseala .. 21 Pädaste park ................. 35 Kaart ....................... 22 ÜksikobjEKTID ................ 36 Kesselaiu maastikukaitseala ...... 25 Põlispuud ................... 36 Koigi maastikukaitseala .......... 25 Rändrahnud .................. 40 KAITSTAVATE LOODUSOBJEKTIDE VALITSEJA Keskkonnaamet Hiiu-Lääne-Saare regioon Tallinna 22, 93819 Kuressaare tel 452 7777 [email protected] www.keskkonnaamet.ee KAITSTAVATE LOODUSOBJEKTIDE KÜLASTUSE KORRALDAJA RMK loodushoiuosakond Viljandi mnt. 18b, 11216 Tallinn [email protected] www.rmk.ee Koostaja: Maris Sepp Trükise valmimisele aitasid kaasa: Kadri Paomees, Rein Nellis, Veljo
    [Show full text]
  • Läänepoolne Kaugeim Maatükk on Lindude Käsutu- Peenemat, Aga Eks Nad Pea Enne Kasvama, Kui Neist Ses Olev Nootamaa Läänemere Avaosas Ja Põhja Pool, Rääkima Hakatakse
    Väikesaared Väikesaartel asuvad Eesti maismaalised äärmuspunk- Ruilaidu, Ahelaidu, Kivilaidu ja Viirelaidu. On ka peoga tid: läänepoolne kaugeim maatükk on lindude käsutu- peenemat, aga eks nad pea enne kasvama, kui neist ses olev Nootamaa Läänemere avaosas ja põhja pool, rääkima hakatakse. Soome lahes on selleks tuletornisaar Vaindloo. Saarte eripalgelisus ja mitmekesisus olenevad enamasti Eesti suuremaid saari – 2,6 tuhande ruutkilomeet- nende pindalast ja kõrgusest, kuid ka geomorfoloogili- rist Saaremaad ja tuhande ruutkilomeetri suurust sest ehitusest, pärastjääaegsest maakerkest, randade Hiiumaad teatakse laialt, Muhumaad ja Vormsit samuti. avatusest tuultele ja tormilainele jm. Saare tuum on Väiksematega on lugu keerulisem ja teadmised juhus- enamasti aluspõhjaline või mandrijää toimel tekkinud likumad. Siiski ei vaidle keegi vastu, et väikesaared on kõrgendik, mida siis meri omasoodu on täiendanud või omapärane, põnev ja huvipakkuv nähtus. kärpinud. Saare maastiku kujunemisel on oluline tema Väikesaarte arv muutub pidevalt, kuna kiirusega ligi pinnamoe liigestatus. Keerukama maastikuga saared 3 mm aastas kerkiv maapind kallab paljudes kohtades on tekkinud mitme väikesaare liitumisel. Tavaliselt on endalt merevee, kogub pisut lainete või hoovuste too- kõrgem saar ka vanem, aga tugevad kõrgveega tormid dud setteid ja moodustab ikka uusi ja uusi saarekesi. korrigeerivad seda reeglit, kuhjates saare vanematele Teisest küljest kipuvad nii mõnedki vanasti eraldi olnud osadele uusi nooremaid rannavalle. Vanimaks väike- saared nüüd sellesama meretõusu, setete kuhjumise ja saareks Eesti rannikumeres peetakse Ruhnut, mis võis Rand-ogaputk veetaimede vohamise tõttu üksteisega kokku kasvama. saarena üle veepinna tõusta juba Joldiamere taandu- misel üle 10 000 aasta tagasi. Sealsed vanimad ranna- Erinvatel kaartidel on saarte arv erinev. Peamiselt mui- vallid on moodustunud Antsülusjärve staadiumil juba dugi mõõtkava pärast.
    [Show full text]
  • Koolieelsete Lasteasutuste Teeninduspiirkondade Kinnitamine“ LISA 1
    Kihelkonna Vallavolikogu määruse nr 14 „Koolieelsete lasteasutuste teeninduspiirkondade kinnitamine“ LISA 1 Saaremaa ühinevate omavalitsuste ametiasutuste hallatavate koolieelsete lasteasutuste teeninduspiirkonnad 1. Aste Lasteaia teeninduspiirkond on Anijala, Ansi, Aste, Asuküla, Aula-Vintri, Eikla, Endla, Haamse, Hakjala, Hübja, Irase, Jootme, Jõe, Kaarma, Kaarma-Kirikuküla, Kaarmise, Kaisvere, Kaubi, Kellamäe, Keskvere, Kiratsi, Koidu, Koidula, Kuke, Kungla, Käku, Laadjala, Laoküla, Maleva, Meedla, Metsaküla, Mullutu, Nõmme, Piila, Põlluküla, Pähkla, Pärni, Randvere, Saia, Sepa, Tamsalu, Tõlli, Tõrise, Tõru, Uduvere, Unimäe, Vantri, Vestla, Viira, Õha külad ning Aste alevik. 2. Kaali Kooli teeninduspiirkond on Eiste, Ennu, Haeska, Hämmelepa, Iilaste, Ilpla, Kaali, Kailuka, Kangrusselja, Kiritu, Kuusiku, Kõljala, Kõnnu, Laheküla, Leina, Liiva, Liiva- Putla, Masa, Matsiranna, Metsaküla, Mustla, Nässuma, Pihtla, Püha, Rahniku, Rannaküla, Reeküla, Reo, Räimaste, Sagariste, Salavere, Sandla, Sauaru, Saue-Putla, Sepa, Sutu, Suure-Rootsi, Tõlluste, Vanamõisa, Väike-Rootsi, Väljaküla külad. 3. Kahtla Lasteaed-Põhikooli teeninduspiirkond on Aaviku, Asva, Audla, Jõe, Kahtla, Kapra, Kingli, Kõiguste, Käo, Laheküla, Laimjala, Mustla, Mägi-Kurdla, Nõmme, Pahavalla, Paju-Kurdla, Randvere, Rannaküla, Ridala, Ruhve, Saareküla, Saaremetsa, Viltina, Üüvere külad. 4. Kihelkonna Kooli teeninduspiirkond on Abaja, Abula, Kallaste, Kalmu, Karujärve, Kehila, Kiirassaare, Kotsma, Kuralase, Kuremetsa, Kurevere, Kuumi, Kuusiku, Kõruse, Kõõru, Liiva, Loona, Lätiniidi,
    [Show full text]
  • Ecuador & Galapagos
    Estonia, species list and trip report, 26th May to 2nd June 2019 WILDLIFE TRAVEL v Estonia 2019 1 Estonia, species list and trip report, 26th May to 2nd June 2019 # DATE LOCATIONS AND NOTES 1 26th May Flight to Tallinn, travel to western Estoni and Matsalu National Park, nr Puise 2 27th May Matsalu NP, Puise peninsula, Silma nature reserve, Haapsalu 3 28th May Pusie, Pogari-Sassi, Lagleranna matkarada, Udruma meadows, Keemu reserve, Kasari River 4 29th May Puise Nina, Rame junction, Laelatu meadow, Tuhu, Virtsu, Muhu Island- Koguva 5 30th May Loona- Saaremaa island, Viidumae, Kogula, Loode, Hotell Saaremaa, Sorve Peninsula 6 31st May Loona, Kaali Krater, Laidevahe Nature Reserve, Puhtu-Laelatu, Pärnu Nature Reserve 7 1st June Klaara Manni, Sooma Rahuspark 8 2nd June Paljasaare Peninsula Tallinn LIST OF TRAVELLERS Leader and Guide Charlie Rugeroni Wildlife Travel Peeter Vissak NatourEst, Estonia Photos all by Charlie Rugeroni, unless marked PV (Peeter Vissak) and JR (Judith Robinson) Cover: Lady’s Slipper Orchid. Above: Laelatu 2 Estonia, species list and trip report, 26th May to 2nd June 2019 Day 1 Sunday 26th May Outbound to Lennart Meri Tallinn Airport; transfer to Puise Nina Guesthouse We were welcomed to Estonia by Peeter and once our bags were in the minibus we set off west to Puise peninsula and our first night’s guesthouse. The trip, on a Sunday afternoon, was straightforward and quiet. In the late-afternoon-early-evening northern light we were able to catch glimpses of Estonia’s Siberian-like natural forests, its peat bogs, coastal meadows, reed beds and fascinating coastline with innumerable inlets, glacial erratics and its flatness.
    [Show full text]
  • FCE 39 Ebook
    Folia Cryptog. Estonica, Fasc. 39: 1–2 (2002) Revisions of some lichens and lichenicolous fungi from Antarctica Vagn Alstrup Botanical Museum, University of Copenhagen, Gothersgade 130, DK-1123 Copenhagen K, Denmark. E-mail: [email protected] Abstract: Arthonia subantarctica Øvstedal, Heterocarpon follmannii Dodge, Thelidiola eklundii Dodge and Thelidium minutum Dodge were found to be based on discordant elements of lichenized and lichenicolous fungi and are lectotypified on the lichenicolous fungi. The new combination Polycoccum follmannii (Dodge) Alstrup is made. Thelidiola Dodge is a synonym of Muellerella Hepp ex Müll. Arg., Catillaria cremea, Thelidiola eklundii and Thelidium minutum becomes synonyms of Carbonea vorticosa, Muellerella pygmaea and Muellerella lichenicola respectively. Kokkuvõte: Parandusi mõnede Antarktika samblike ja lihhenikoolsete seente taksonoomias. Arthonia subantarctica Øvstedal, Heterocarpon follmannii Dodge, Thelidiola eklundii Dodge ja Thelidium minutum Dodge leiti baseeruvat lihheniseerunud ja lihhenikoolsete seente ühtesobimatutel elementidel ja on lektotüpiseeritud lihhenikoolsete seentena. Esitatakse uus kombinatsioon Polycoccum follmannii (Dodge) Alstrup. Thelidiola Dodge on Muellerella Hepp ex Müll. Arg. sünonüüm; Catillaria cremea, Thelidiola eklundii ja Thelidium minutum sobivad vastavalt Carbonea vorticosa, Muellerella pygmaea ja Muellerella lichenicola sünonüümideks. INTRODUCTION The Antarctic lichens and lichenicolous fungi antarctica Øvstedal should accordingly be used have mostly been treated
    [Show full text]