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Definicije Težavnosti Tur V Kopnem in V Snegu Ter Primeri Tur - 31.05.2019 Splošno
DEFINICIJE TEŽAVNOSTI TUR V KOPNEM IN V SNEGU TER PRIMERI TUR - 31.05.2019 SPLOŠNO Definicije in primeri tur so napisani prvenstveno kot usmeritve vodenja v posameznih kategorijah – zgornja meja vodenja, poleg tega pa tudi kot usmeritve za opravljanje pogojev pred pristopom k izpitu za posamezno kategorijo oziroma pogojev tur za pridobitev posamezne kategorije. 1. Za pogoje (število opravljenih tur do dneva prijave na tečaj (izpita) oziroma za pridobitev kategorije) veljajo datumi, nadmorska višina, zemljepisni položaj. Tu se lahko zgodi, da nekdo opravi "kopno" turo v snegu in "snežno" v kopnem. 2. Za vodenje veljajo stvarne razmere. Tu se lahko zgodi, da nekdo opravi snežno turo poleti in kopno pozimi oz. mora turo odpovedati ali prekiniti, če nima ustrezne kategorije. 3. Te definicije veljajo samo za določanje licence vodenja posameznih vodniških kategorij in za pregled izpolnjevanja pogoja tur. 4. V specifičnih primerih oziroma primerih, kjer se s pomočjo definicij teže določi težavnost, velja tista težavnost, ki jo sprejme SOKR VK PZS. 6. O tem, če je neka smer plezalna smer oz alpinistična tura ali ni, odloča Komisija za alpinizem pri PZS. TURO štejemo kot gibanje od izhodišča (bivališče, začasno bivališče, vznožje pogorja, gore) in nazaj na nek vrh ali več vrhov ali drugačen cilj v enem zamahu (lahko tudi več dni) in nazaj, kadar je bila za dosego cilja potrebna kakršna koli organizacijska priprava in kadar je bilo za izvedbo po normativu potrebno najmanj 2 uri. V primeru planinske ture, ki traja več dni, se vsak začeti tretji dan na turi šteje kot nova tura. V pogojih števila tur za posamezne kategorije napisane številke pomenijo različne ture. -
Bonelli's Eagle and Bull Jumpers: Nature and Culture of Crete
Crete April 2016 Bonelli’s Eagle and Bull Jumpers: Nature and Culture of Crete April 9 - 19, 2016 With Elissa Landre Photo of Chukar by Elissa Landre With a temperate climate, Crete is more pristine than the mainland Greece and has a culture all its own. Crete was once the center of the Minoan civilization (c. 2700–1420 BC), regarded as the earliest recorded civilization in Europe. In addition to birding, we will explore several famous archeological sites, including Knossos and ancient Phaistos, the most important centers of Minoan times. Crete’s landscape is very special: defined by high mountain ranges, deep valleys, fertile plateaus, and caves (including the mythological birthplace of the ancient Greek god, Zeus) Rivers have cut deep, exceptionally beautiful gorges that create a rich presence of geological wealth and have been explored for their aromatic and medicinal plants since Minoan times. Populations of choughs, Griffon Vultures, Lammergeiers, and swifts nest on the steep cliffs. A fantastic variety of birds and plants are found on Crete: not only its resident bird species, which are numerous and include rare and endangered birds, but also the migrants who stop over on Crete during their journeys to and from Africa and Europe. The isolation of Crete from mainland Europe, Asia, and Africa is reflected in the diversity of habitats, flora, and avifauna. The richness of the surroundings results in an impressive bird species list and often unexpected surprises. For example, last year a Blue- cheeked Bee-eater, usually only seen in northern Africa and the Middle East, was spotted. Join us for this unusual and very special trip. -
Indice Sardegna
Unione Europea Fondo Europeo di Sviluppo Regionale Istituto Nazionale di Economia Agraria Ministero dei Lavori Pubblici Ministero delle Politiche Agricole e Forestali Stato dell’irrigazione in Sardegna PROGRAMMA OPERATIVO MULTIREGIONALE Ampliamento e adeguamento della disponibilità e dei sistemi di adduzione e distribuzione delle risorse idriche nelle Regioni Obiettivo 1 QCS 1994/99 SOTTOPROGRAMMA III MISURA 3 Studio sull'uso irriguo della risorsa idrica, sulle produzioni agricole irrigate e sulla loro redditività Rapporto Irrigazione Rapporto Irrigazione Programma Operativo Multiregionale “Ampliamento e adeguamento della disponibilità e dei sistemi di adduzione e di distribuzione delle risorse idriche nelle Regioni dell’Obiettivo 1” Reg (CEE) n. 2081/93 - QCS 1994/99 Sottoprogramma III Misura 3 “Studio sull’uso irriguo della risorsa idrica, sulle produzioni agricole irrigate e sulla loro redditività” Coordinamento scientifico Gerardo Delfino Coordinamento tecnico Guido Bonati Comitato di indirizzo Guido Bonati (responsabile), Gerardo Delfino, Francesco Mantino, Vincenzo Sequino Coordinamento Azioni Azione 1 Guido Bonati Azione 2 Claudio Liberati Azione 3 Raffaella Zucaro Azione 4 Corrado Lamoglie Coordinamento editoriale Federica Giralico Segreteria di coordinamento Fabiana Vizzani Il documento è il risultato dell’attività svolta, nell’ambito del Gruppo di Lavoro INEA per la regione Sardegna ( coordinato da Giovanni Sanna), da Pietro Pillai, Giovanni Spanu, Germana Manca, Federico Ceruti, Emilio Serra. La stesura del rapporto1 si deve a Pietro Pillai. Il paragrafo 6.2.3 è stato curato da Giovanni Spanu. Il capitolo 5 è stato curato da Giovanni Sanna con la collaborazione di Fabio Madau. La revisione finale dei testi è stata curata da Corrado Lamoglie. Si ringraziano per il supporto tecnico: Andrea Fais, Maria Frunzio, Emilia Tarsitani, Rosario Napoli, Antonella Pontrandolfi, Raffaella Zucaro, Filippo Thiery, Pasquale Nino, Eliodoro Belmare e Vincenzo Iavarone. -
Zla Kolata 2534 M Aukščiausias Kalnas Juodkalnijoje Eina Per Sieną Su Albanija ( Foto1-2)
LIETUVOS ALPINIZMO ČEMPIONATAS ĮKOPIMO ATASKAITA 10 Europos viršūnių Lietuvos 100–mečiui Zla Kolata 2534 m aukščiausias kalnas Juodkalnijoje eina per sieną su Albanija ( foto1-2) Zla Kolata 2534 m 2017 metai Bendrieji duomenys Įkopimo data: 2017.09.22 vasaros sezonas Klasė: Techninė Valstybė, kalnų rajonas: Juodkalnija, Prokletijės kalnai (serb. Проклетије, alb. Bjeshkët e Nemuna, 'Prakeiktieji kalnai') arba Šiaurės Albanijos Alpės (alb. Alpet Shqiptare) – Dinarų kalnams priklausantis kalnų masyvas Albanijos, Juodkalnijos ir Serbijos (Kosovo) teritorijose. Viršūnės pavadinimas ir aukštis: Zla Kolata 2534 m (juodkal. Зла Колата, alb. Kolata e Keq) aukščiausias kalnas Juodkalnijoje (Montenegro). Dalyviai: Vytautas Bukauskas Shahshah 2940 m. (1986), Ostryj Tolbaček 3682 m (1988), Ploskij Tolbaček 3085 m (1988), Bezimianij 2885 m (1988), Gamčen 2576 m (1988), Tiatia 1819 m (1989), Ţima 1214 m, (1990), Kala Patthar 5644 m. ( 1991), Island Peak 6189 m (1992), Kilimandţaras 5895 m. ( 2004), Suphanas 4058 m ( 2004), Araratas 5137 m. ( 2004, 2006), Damavendas 5671 m, ( 2005) Apo 2954 m. ( 2006), Ras Dašenas 4600 m.( 2007), Mayonas 2462 m ( 2007), Stanley / Margarita 5109 m., ( 2009) Mt. Rinjani 3700 m (2009), Pic Boby 2658 m ( 2011), , Fudzijama 3776 m. ( 2010, 2011, 2015), Toubkal 4167 m ( 2012), Iztaccíhuatl 5230 m ( 2012) , Tajamulko 4219 m ( 2012), Halasan 1950 m, ( 2013) Yushan 3952 m, ( 2013), Coma Pedrosa 2946 m, ( 2014), Aneto 3404 m. ( 2014), Mulhacen 3482 m ( 2014), Kamerūnas 4095 m. ( 2014), Karthala 2361 m. ( 2015), Cormo Grande 2912 m ( 2015), Korab 2864 m ( 2015), Deravica 2656 m ( 2015), Dinara 1913 m (2015), Teide 3718 m, ( 2015) Titlis 3236 m ( 2016), Pico 2351 m ( 2016), Carrauntoohil 1038 m ( 2016), Ben Nevis 1344 m ( 2016), Triglav 2864 m. -
MONTAGNE SCALATE FLAVIO Gennaio 2011
MONTAGNE SCALATE FLAVIO gennaio 2011 PIEMONTE A. VALSESIA VALSERMENZA 1. Pizzo Tracciora (1917 m) Sci - alpinismo 2. Massa dei Ratei (1930 m) 3. Punta Castello (2095 m) 4. Massa della Sajunca (2314 m) 5. Massa del Castello (2435 m) 6. Cima Colmetta (2458 m) 7. Cima Massero (1696 m) 8. Cima Castello (1985 m) 9. Cima Triola (1934 m) 10. Monte Cervero (2068 m) 11. Colma Bella (2232 m) 12. Cima Lampone (2584 m) 13. Cima del Tiglio (2548 m) Sci - alpinismo 14. Cima Trasinera (2620 m) 15. Orello del Saiunché (2655 m) Sci - alpinismo 16. Pizzo Montevecchio (2789 m) Cresta nord 17. Cima del Soglio (2331 m) 18. Pizzo Quarazzolo (2798 m) 19. Palone del Badile (2675 m) 20. Pizzo della Moriana (2631 m) 21. Pizzo Tignaga (2653 m) Sci - alpinismo 22. Cimone della Loccia (2508 m) 23. Cimonetto (2480 m) 24. Cimone (2453 m) 25. Cima Pianone (2467 m) 26. Colma Masset (1530 m) 27. Cengio del Badile (2132 m) 28. Piccolo Altare (2684 m) 29. Corno Piglimo (2894 m) 30. Punta Piccolo Piglimo (2747 m) 31. Corno Mud (2802 m) 32. Monte Tagliaferro (2964 m) Cresta nord-ovest / cresta nord-est 33. Cima Carnera (2741 m) Cresta nord-est / cresta ovest 34. Cima delle Pisse (2551 m) 35. Oro dell’Asino (1661 m) VAL MASTALLONE 36. Pizzo del Moro (2334 m) 37. I Tre Pizzi (2271 m) 38. Pizzo Nona (2247 m) 39. Corno del Sole (2163 m) 40. Chastal (2242 m) 41. Cima Cresta (2324 m) 1 MONTAGNE SCALATE FLAVIO gennaio 2011 42. Monte Mora (2307 m) 43. -
Endemic Macrolepidoptera Subspecies in the Natural History Museum Collections from Sibiu (Romania)
Travaux du Muséum National d’Histoire Naturelle © 31 août «Grigore Antipa» Vol. LVI (1) pp. 65–80 2013 DOI: 10.2478/travmu-2013-0005 ENDEMIC MACROLEPIDOPTERA SUBSPECIES IN THE NATURAL HISTORY MUSEUM COLLECTIONS FROM SIBIU (ROMANIA) SERGIU-CORNEL TÖRÖK, GABRIELA CUZEPAN Abstract. The paper presents data regarding endemic Macrolepidoptera subspecies preserved in the Entomological Collections of Natural History Museum from Sibiu. 22 endemic subspecies are recorded and represented by 382 specimens in the Entomological Collection. Most of the specimens have been collected from mountain habitats, especially from Southern and Western Carpathians. The results of this paper contribute to the improvement of the existing data concerning the distribution and outline the areas of Macrolepidoptera’s endemism in Romania. Résumé. Le document présente des données concernant les sous-espèces endémiques des Macrolépidoptères conservées dans les collections entomologiques du Musée d’Histoire Naturelle de Sibiu. 22 sous-espèces endémiques sont enregistrées et représentées par 382 spécimens dans la collection entomologique. La plupart des spécimens ont été recueillis dans les habitats de montagne, en particulier du Sud et l’Ouest des Carpates. Les résultats de cette étude contribuent à compléter les données existantes concernant la distribution et de définir les zones d’endémisme des Macrolépidoptères en Roumanie. Key words: Macrolepidoptera, endemic taxa, geographic distribution, museum collections. INTRODUCTION In this paper, the authors wish to present the endemic taxa from the Natural History Museum from Sibiu. The term endemic is used for taxa that are unique to a geographic location. This geographic location can be either relatively large or very small (Gaston & Spicer, 1998; Kenyeres et al., 2009). -
Regulamin Odznaki KORONA EUROPY 1. Odznaka „Korona Europy“ Związana Jest Ze Zdobywaniem Szczytów Należących Do Górskiej
str. 1/2 Regulamin odznaki KORONA EUROPY 1. Odznaka „Korona Europy“ związana jest ze zdobywaniem szczytów należących do górskiej korony Europy zgodnie z wykazem zamieszczonym w punkcie 8 Regulaminu i przeznaczona dla wszystkich turystów bez względu na wiek i narodowość. 2. Celem powstania odznaki jest promowanie poznawania gór Europy podczas racjonalnego wysiłku fizycznego, motywowanie do uprawiania turystyki górskiej oraz (z „Książeczką Korony Europy“) inspirowanie do wyjazdów turystycznych. 3. Zdobywanie poszczególnych szczytów odbywa się przy użyciu siły własnych mięśni oraz: - z zachowaniem zasad bezpiecznego poruszania się w górach, - stosowaniem się do miejscowego prawa, - posiadaniem odpowiedniego stanu zdrowia, kondycji, ubioru i sprzętu, dostosowanego do warunków pogodowych i specyficznych trudności dla danego szczytu, - na własny koszt i ryzyko. 4. Odznaka „Korona Europy“ posiada sześć kategorii. 5. Poszczególne kategorie odznaki zdobywa się wg zasad: - popularna - za zdobycie 3 szczytów z listy podstawowych, - brązowa - za zdobycie kolejnych 3 szczytów podstawowych, - srebrna - za zdobycie kolejnych 5 szczytów podstawowych, - mała złota - za zdobycie kolejnych 10 szczytów z listy podstawowych, - duża złota - za zdobycie kolejnych 10 szczytów z listy podstawowych lub dodatkowych, - diamentowa - za zdobycie kolejnych 15 szczytów. 6. Zdobywanie poszczególnych kategorii odznaki „Korona Europy“ nie jest ograniczone czasowo. 7. Uznaje się szczyty zdobyte przed datą powstania „Książeczki Korony Europy“ i odznaki „Korona Europy“. 8. Wykaz szczytów, wzgórz, najwyżej położonych miejsc- łącznie zwanych na potrzeby Regulaminu „szczytami“: a). podstawowe: 1. Monte Vaticano (Wzgórze Watykańskie) 75 m n.p.m. Watykan 2. Chemin des Révoires 161 m n.p.m. Monako 3. Ta’ Dmejrek 253 m n.p.m. Malta 4. Aukštójas (Wysoka Góra) 294 m n.p.m. -
093-152 Schede Per Una Lista Rossa Della Flora Vascolare E Crittogamiga Italiana.Pdf
SOCIETÀ BOTANICA ITALIANA ONLUS GRUPPI PER LA CONSERVAZIONE DELLA NATURA, FLORISTICA, BRIOLOGIA, LICHENOLOGIA, MICOLOGIA Schede per una Lista Rossa della Flora vascolare e crittogamica Italiana Editori Graziano Rossi, Gianluigi Bacchetta, Giuseppe Fenu, Bruno Foggi, Matilde Gennai, Domenico Gargano, Chiara Montagnani, Simone Orsenigo, Lorenzo Peruzzi Autori Rita Accogli, Alessandro Alessandrini, Stefano Armiraglio, Fabio Attorre, Gianluigi Bacchetta, Simonetta Bagella, Sandro Ballelli, Fabrizio Bartolucci, Alessio Bertolli, Marco Caccianiga, Laura Caldarola, Maria Carmela Caria, Donatella Cogoni, Fabio Conti, Alba Cuena, Michele De Sanctis, Caterina Angela Dettori, Emmanuele Farris, Giuseppe Fenu, Valentina Ferri, Bruno Foggi, Mauro Fois, Maura Ganga, Matilde Gennai, Rodolfo Gentili, Barbara Ghidotti, Daniela Gigante, Leonardo Gubellini, Nicole Hofmann, Federico Mangili, Giam Marco Marrosu, Pietro Medagli, Chiara Montagnani, Valentina Murru, Giovanni Nieddu†, Maria Silvia Pinna, Morena Pinzi, Stefania Pisanu, Marco Porceddu, Filippo Prosser, Andrea Santo, Carmine Scudu, Alessandro Serafini Sauli, Simone Sotgiu, Elena Sulis, Duccio Tampucci, Roberto Venanzoni, Daniele Viciani, Robert Philipp Wagensommer INDICE - Le schede delle specie trattate Piante vascolari: Spermatofite Androsace brevis (Hegetschw.) Ces. Anthyllis hermanniae L. subsp. japygica Brullo et Giusso Astragalus gennarii Bacch. et Brullo Centaurea filiformis Viv. subsp. ferulacea (Martelli) Arrigoni Centaurea magistrorum Arrigoni et Camarda Daphne petraea Leyb. Galium caprarium -
Journal of Environmental Biology Alpine Marmot Populations After
« Journal Home page : www.jeb.co.in E-mail : [email protected] OriginalTM Research Journal of Environmental Biology TM PDlagiarism etector JEB ISSN: 0254-8704 (Print) DOI : http://doi.org/10.22438/jeb/38/5/MRN-381 ISSN: 2394-0379 (Online) CODEN: JEBIDP Alpine marmot populations after four decades of living in the glacial areas of the Făgăraş, Rodna and Retezat Mountains, Romania Abstract Authors Info Aim : To highlight the situation of the alpine marmot (Marmota marmota) after four decades of colonisation S. Geacu and M. Dumitraşcu* in three mountain ranges of Romania: the Făgăraş, Rodna and Retezat. Department of Physical Geography, Institute of Geography, Methodology : To reach this target, summer field investigations have been conducted in various areas of Romanian Academy, 12 Dimitrie the three mountain ranges, and in the archives of central and local forest and hunting administrative units, Racoviţă Street, 023993, Sector 2, with a view to identify the data needed to establish the dynamics of these populations. Bucharest, Romania Results : A synthesis study has been made to point out the population dynamics of this rodent (Sciuridae Family), the connection between populationsCopy and the geographical conditions in the glacial areas of the three mountain groups of the Eastern and Southern Carpathians. Interpretation : A typical rodent of the Alpine regions, the alpine marmot s are perfectly integrated in thair new habitats with several colonies of these populations in each mountain group. At the same time, the species has extended its areas by up to 20 km. *Corresponding Author Email : [email protected] Key words Alpine marmot, Făgăraş mountain, Retezat mountain, Rodna mountain Online Publication Info Paper received : 10.06.2016 Revised received : 29.09.2016 Re-revised received : 13.02.2017 Accepted : 28.03.2017 © Triveni Enterprises, Lucknow (India) Journal of Environmental Biology September 2017 Vol. -
Európa Regionális Földrajza
Európa regionális földrajza Természetföldrajz Gábris, Gyula Horváth, Erzsébet Horváth, Gergely Kéri, András Móga, János Nagy, Balázs Nemerkényi, Antal Pavlics, Károlyné Simon, Dénes Telbisz, Tamás Created by XMLmind XSL-FO Converter. Európa regionális földrajza: Természetföldrajz írta Gábris, Gyula, Horváth, Erzsébet, Horváth, Gergely, Kéri, András, Móga, János, Nagy, Balázs, Nemerkényi, Antal, Pavlics, Károlyné, Simon, Dénes, és Telbisz, Tamás Publication date 2014 Szerzői jog © 2014 ELTE Eötvös Kiadó Created by XMLmind XSL-FO Converter. Tartalom Előszó ................................................................................................................................................ vi 1. Európa természeti viszonyai ........................................................................................................... 1 1. 1. Kedvező földrajzi helyzet .................................................................................................. 1 2. 2. Kétarcú domborzati kép .................................................................................................... 2 3. 3. Európa születése ................................................................................................................ 2 4. 4. „Távvezérelt” éghajlat ....................................................................................................... 7 5. 5. A vízrajz a domborzat és az éghajlat tükre ...................................................................... 17 6. 6. A tundráktól a sztyeppekig ............................................................................................. -
The Unknown Southernmost Glaciers of Europe the Unknown Southernmost Glaciers of Europe
DOI: 10.5772/intechopen.68899 Provisional chapter Chapter 4 The Unknown Southernmost Glaciers of Europe The Unknown Southernmost Glaciers of Europe Emil Gachev Emil Gachev Additional information is available at the end of the chapter Additional information is available at the end of the chapter http://dx.doi.org/10.5772/intechopen.68899 Abstract This chapter presents the perennial firn/ice patches in the mountains of the Balkan Peninsula. The detailed study of these features in the last decades has proved that many of them are, in fact, small glaciers. They have survived without complete melting since the end of the Little Ice Age, and thus the time of their formation must have not later than in 14–15th century AD. At present, the existence of 16 small glaciers is suggested (and proved for some of them) in three mountains throughout the peninsula: Prokletije (mainly in Albania), Durmitor (in Montenegro) and Pirin (in Bulgaria), the biggest num- ber being found in Prokletije. The two small glaciers (glacierets) in Pirin mountain are at present the southernmost glacial masses in Europe (the only located south of 42°N). Despite the registered warming of high mountain climate, small glaciers on the Balkan Peninsula have shown no trends towards shrinkage for the last 23 years. Keywords: small glaciers, snow patches, Pirin, Durmitor, Prokletije 1. Introduction Few mountains in Europe host classical glaciers at present: The Alps, the Great Caucasus range, the Scandinavian mountains, Polar Ural and the Pyrenees [1]. Apart from them, there are numerous small bodies of firn and ice in other mountain ranges across Europe which are still of a permanent character, with their mass moving down by gravity. -
Global Geoparks in Italy
Global Geoparks in Italy Global Geoparks are listed in order of acceptance into the Global Geoparks Network Madonie…………………………………………………………………… 2 Beigua……………………………………………………………………… 4 Geological and Mining Park of Sardinia……………………. 7 Rocca di Cerere………………………………………………………… 10 Adamello Brenta………………………………………………………. 13 Cilento and Vallo di Diano National Park………………….. 16 Tuscan Mining Park………………………………………………….. 19 Apuan Alps………………………………………………………………. 22 Sesia Val Grande………………………………………………………. 24 Pollino……………………………………………………………………… 27 Disclaimer The Secretariat of UNESCO does not represent or endorse the accuracy or reliability of any advice, opinion, statement or other information or documentation provided by the States Parties to the Secretariat of UNESCO. The publication of any such advice, opinion, statement or other information documentation on the website and/or on working documents also does not imply the expression of any opinion whatsoever on the part of the Secretariat of UNESCO concerning the legal status of any country, territory, city or area or of its boundaries. Global Geoparks in Italy as of September 2015 1 Madonie Global Geopark, Italy Geology: The Madonie Global Geopark is an area of enormous geological interest: in it there are outcrops of rocks covering a time span of over 200 million years and representing all aspects of Sicilian geology, except for active volcanism. Its position in the central portion of the Sicilian Apennine, its geological-structural arrangement and the morpho-dynamic processes acting in it make this mountain group a fundamental area for knowledge and reconstruction of the geological history of the Apennine-Maghrebine chain and hence of the central Mediterranean. Because of these characteristics, the Madonie have constituted and continue to constitute an exceptional study area, as well a teaching “gymnasium” for generations of university students in geological sciences and natural history.