Browsing by Media Type "research report"
Now showing 1 - 20 of 38
Results Per Page
Sort Options
- research report
; Klaipėda: [Klaipėdos universiteto leidykla], 20131 - research report
;Del Castillo, Francisco ;Gargiulo, Rocco ;Zhou, Peilin; Klaipėda : Klaipėdos universiteto leidykla, 2012As environmental impact of shipping has been becoming more and more visible, the International Maritime Organization has been adopting new requirements for existing fleets to comply with via refitting and retrofitting in shipyards. Current shipbuilding market faces great challenges such as global economic framework, overcapacity, declining new orders, and cost development therefore focus on eco-friendly ships is an opportunity for shipyards and marine equipment suppliers. Shipbuilding industry has to pr are solutions ready for any question of ship owners how to improve energy efficiency, reduce emissions and treat ballast waters of concrete type of ships since new requirements come into force. Following the conclusion of the report, "The World Ship Repair Market to 2015," published by U.K.- based Ocean Shipping Consultants, for the coming years important transformations are expected in ship repair sector, with ongoing improvements in skills and quality of work offered, as well as in working practices, efficiency and safety. [...]2 - research reportKlaipėda: [Klaipėdos universiteto Vakarų Lietuvos ir Prūsijos istorijos centras], 1994
1 - research report
; ;Greimas, Edmundas ;Urbonas, EvaldasKlaipėda: EUCC Baltic Office, 2020This cross-border framework for sustainable heritage tourism strategy implementation in the South Baltic Region was developed as part of DUNC – Development of UNESCO Natural and Cultural assets, a cross-border cooperation project of Interreg South Baltic Programme 2014-2020.4 - research report
;Kraus, Ludwig ;Guttormsson, Ulf ;Leifman, Håkan ;Arpa, Sharon ;Molinaro, Sabrina ;Monshouwer, Karin ;Trapencieris, Marcis ;Vicente, Julian ;Arnarsson, Ársæll Már ;Balakireva, Olga ;Bye, Elin K. ;Chileva, Anina ;Ciocanu, Mihai ;Clancy, Luke ;Csémy, Ladislav ;Djurisic, Tatijana ;Elekes, Zsuzsanna ;Feijão, Fernanda ;Florescu, Silvia ;Pejnović Franelić, Iva ;Kocsis, Esther ;Kokkevi, Anna ;Lambrecht, Patrick ;Urdih Lazar, Tanja ;Nociar, Alojz ;Oncheva, Silvana ;Raitasalo, Kirsimarja; ;Sierosławski, Janusz ;Vinther Skriver, Mette ;Spilka, Stanislas ;Strizek, Julian ;Sturua, Lela ;Toçi, Ervin ;Veresies, Kyriacos ;Vorobjov, Sigrid ;Weihe, Pál ;Noor, André ;Matias, João ;Seitz, Nicki-Nils ;Piontek, Daniela ;Svensson, Johan ;Englund, AnnaHibell, BjörnLuxembourg: Publications Office of the European Union, 2016This report presents the results from the sixth wave of data collection, conducted in 35 countries during the spring and autumn of 2015. It gives a comprehensive picture of the present situation among European young people as regards the use of tobacco, alcohol, cannabis and other substances, as well as an overview of trends in 1995-2015. - research report
;Molinaro, Sabrina ;Vicente, Julian ;Benedetti, Elisa ;Cerrai, Sonia ;Colasante, Emanuela ;Arpa, Sharon ;Chomynová, Pavla ;Kraus, Ludwig ;Monshouwer, Karin ;Spilka, Stanislas ;Arnarsson, Ársæll Már ;Balakireva, Olga ;Beteta, Begoña Brime ;Bye, Elin Kristin ;Chileva, Anina ;Clancy, Luke ;Duraku, Zamira Hyseni ;Đurišić, Tatijana ;Ekholm, Ola ;Elekes, Zsuzsanna ;Florescu, Silvia ;Kilibarda, Biljana ;Kokkevi, Anna ;Lavado, Elsa ;Lazar, Tanja Urdih ;Markelić, Martina ;Nociar, Alojz ;Oncheva, Silvana ;Raitasalo, Kirsimarja; ;Sierosławski, Janusz ;Strizek, Julian ;Sturua, Lela ;Svensson, Johan ;Vanaga, Diāna ;Veresies, Kyriakos ;Vorobjov, Sigrid ;Weihe, Pál ;Cotichini, Rodolfo ;Fortunato, LoredanaŠkařupová, KateřinaLuxembourg: Publications Office of the European Union, 2020This report presents the results from the seventh wave of data collection, conducted in 35 countries during the spring and autumn of 2019. It gives a comprehensive picture of the present situation among European young people as regards the use of cigarettes, alcohol, illicit drugs, inhalants, new psychoactive substances and pharmaceuticals, but also insights into gambling, social media use and gaming. The report presents as well an overview of trends in 1995-2019.2 - Leidinyje pateikti 2019 metais atliktos 15-16 metų mokinių apklausos apie alkoholio ir kitų psichoaktyviųjų medžiagų vartojimą rezultatai. Apklausa buvo vykdoma pagal tarptautinį tęstinį mokslinio tyrimo projektą ESPAD, skirtą mokinių alkoholio ir kitų psichoaktyviųjų medžiagų vartojimui stebėti ir analizuoti.
9 - research report
;Dapkevičiūtė, Audronė; ; ; Klaipėda: Klaipėdos universiteto leidykla, 20072 - research report
; ; ; ; ; ;Letinauskienė, Inga ;Rupšienė, Ilona ;Mazur-Marzec, Hanna ;Sutryk, Katarzyna ;Torunska-Sitarz, Anna ;Pedersen, John Wallin ;Holtzmann, Bent ;Legrand, Catherine ;Carlsson, ElisabethKlaipėda: FOCUS project, 20175 - research report
;Mehtonen, Jukka ;Äystö, Lauri ;Junttila, Ville ;Perkola, Noora ;Lehtinen, Terhi ;Bregendahl, Jeppe ;Leisk, Ülle ;Kõrgmaa, Vallo ;Aarma, Pille ;Schütz, Jan ;Stapf, Michael ;Kublina, Anete ;Karkovska, Ieva ;Szumska, Marlena ;Bogusz, Aleksandra ;Kalinowski, Radosław ;Spjuth, Sara ;Nyhlén, Kristina ;Jakobsson, Torsten; Kaskelainen, ElenaHelsinki: Finnish Environment Institute, 2020Appropriate collection and disposal of medicine-related waste has been identified as one of the main ways to decrease the emission of active pharmaceutical ingredients (APIs) into the environment. Improvement to the take-back and treatment of collected pharmaceutical waste may be considered lowhanging fruit when one is considering measures to reduce API emissions. However, comparable information that would enable estimating the potential impact of these efforts has not been available. Directive 2004/27/EC, related to medicinal products for human use, mandates that EU member states implement appropriate collection schemes for unused or expired human-use medicinal products. However, it does not provide any guidelines on practical implementation of these schemes. Several studies have pointed out significant differences among Member States in this regard. In March 2019, the European Commission published the European Union Strategic Approach to Pharmaceuticals in the Environment. The actions specified therein cover all stages of the pharmaceutical life cycle, from design and production to disposal and waste management. It emphasizes such elements as sharing good practices, co-operating at international level, and improving understanding of the risks. This report is aimed at filling knowledge gaps and proposing good practices for take-back and disposal of unused human and veterinary medicines and other pharmaceutical waste. The report is targeted to e.g. ministries, environment and medicines agencies, supervisory authorities, municipalities, hospitals, NGOs, pharmacists, doctors, and veterinarians. For the report, current national practices for take-back and disposal of unused medicines and other pharmaceutical waste in Denmark, Estonia, Finland, Germany, Latvia, Lithuania, Poland, Russia, and Sweden were evaluated. The pharmaceutical waste originating from households, hospitals and other health care institutions, the pharmaceutical industry, and veterinary use was considered. The proportion of citizens who return unused pharmaceuticals via designated collection points varies greatly between Baltic Sea countries, from about 10% to 70%, with 16–80% disposing of them of as mixed household waste and 3–30% flushing them down the drain. The most commonly cited reason for improper disposal of medicines on households’ part is lack of information about their environmental impacts and how to get rid of them in an environmentally sound manner. Separate collection of unused household pharmaceuticals does not exist in Russia, and the collection mechanism functions poorly in Latvia, Lithuania and Poland. Information on the take-back schemes for unused human medicines is more readily available than is corresponding information on veterinary medicines. We identified, all told, 21 good practices and recommendations for take-back and disposal of unused pharmaceuticals and other pharmaceutical waste and for promoting the rational use of pharmaceuticals in the Baltic Sea region. Nevertheless, implementing them at national level requires particular consideration due to differences in national legislation and other characteristics of the EU Baltic Sea countries and Russia. The good practices identified in this report answer the call issued in the EU strategic approach for an efficient risk-reduction strategy.2 - research report
;Lõõnik, Jaan ;Saarepera, Reljo ;Käger, Maarja ;Sogenbits, Thea ;Freienthal, Priit ;Thorin, Eva ;Song, Han ;Guziana, Bozena ;Jääskaläinen, Ari ;Eskelinen, Tuomo ;Kajanus, Miika ;Huopana, Tuomas ;Niska, Harri ;Boer, Emilia den ;Boer, Jan den ;Szpadt, Ryszard ;Behrendt, Anna ;Vasilic, Dejan ;Ahrens, Thorsten; Kuopio : Savonia University of Applied Sciences, 2012This report presents some results of the REMOWE project and sets guidelines for regional policy makers, SME’s and the general public as well for more deep realization of waste-to-energy policy principles in action. The overall objective of the project is, on regional levels, to contribute to a decreased negative effect on the environment by reduction of carbon dioxide emission by creating a balance between energy consumption and sustainable use of renewable energy sources (waste-to-energy cycle). Reduction of carbon dioxide emissions and use of renewable energy sources are broad areas and this project will focus on energy resources from waste and actions to facilitate implementation of energy efficient technology in the Baltic Sea region within the waste-to-energy area. The focus is to utilise waste from cities, farming and industry for energy purposes in an efficient way. The project seeks to facilitate the implementation of sustainable systems for waste-to-energy in the Baltic Sea region and specifically, in a first step, in the project partner regions. The project’s duration is 12/2009-12/2012. This report is structured into 8 chapters, which are further divided into subchapters if needed. Relevant data about current situation about waste generation and management in partner regions of REMOWE project are described in Chapter 1. There are guidelines on action plan and strategies for regional policy makers, SME’s and the general public to mobilize waste to energy production in Chapter 2. Beside guidelines, this report contains references to basic political acts of waste and energy management of EU and best practices of implementation them in regional level (Chapter 3). The focus of Chapters 4 and 5 is on energetic potential of waste and technologies for utilisation of waste for energy purposes. During the project period in each of partner region innovation processes were realised and innovation ides evaluated, basic results are collected into Chapter 6. Chapter 7 gives some challenging ideas for use of waste energy in pwer and heat as well as for transportation. Innovative approaches for effective information delivery and involvement of public are analysed in Chapter 8.5 - research report
;Brandt, Sarah Østergaard ;Brinkmann, Philipp; ;Diettrich, Andreas ;Håkansson, Andreas ;Müller-Hansen, Bitte ;Mortensen, Birthe Kofoed ;Olsson, Viktoria ;Petrenko, Anton ;Will, Britta ;Ylipää, Björn ;Petrenko, AntonMüller-Hansen, BitteKristianstad: Kristianstad University Press, 2015This anthology is one of the major outcomes of the collaboration of project partners within the framework of REGFOOD project. The anthology covers history, current state and future trends in local and regional food production in the South Baltic regions of Lithuania,Denmark, Sweden and Germany. More specifically, it elaborates on the concept of local and regional food, its underlying social and economic benefits for consumers and producers, and present some real cases. Overall, the anthology builds on lessons learned from the capacity building workshops and research conducted by project partners throughout the project life-time.1 - research report
;Römhild, Thomas ;Sachdev, Saurabh ;Schmidt, Peter ;Ejhed, Jan ;Stragali, Effrosyni; Rickardsson, UlfKalmar: LED Light in Public Space, 20122 - research reportKlaipėda: [Klaipėdos universiteto Vakarų Lietuvos ir Prūsijos istorijos centras], 1999
2 - research reportKlaipėda: [Klaipėdos universiteto Vakarų Lietuvos ir Prūsijos istorijos centras], 1993
1 Publication Lietuvos kaimo vietovių darnus vystymasresearch report; ; Klaipėda: Klaipėdos universiteto leidykla, 201418 Publication Linking process rates with modelling data and ecosystem characteristics / Kari Eilola ... [et al.]research report ;Eilola, Kari ;Almroth-Rosell, Elin ;Edman, Moa ;Wåhlström, Iréne; ;Burska, Dorota ;Carstensen, Jacob ;Hellemann, Dana ;Hietanen, Susanna ;Hulth, Stefan ;Janas, Urszula ;Kendzierska, Halina ;Pryputniewicz-Flis, Dorota ;Voss, MarenNorrköping: Swedish Meteorological and Hydrological Institute, 2017This report is related to the BONUS project “Nutrient Cocktails in COAstal zones of the Baltic Sea” alias COCOA. The aim of BONUS COCOA is to investigate physical, biogeochemical and biological processes in a combined and coordinated fashion to improve the understanding of the interaction of these processes on the removal of nutrients along the land-sea interface. The report is especially related to BONUS COCOA WP 6 in which the main objective is extrapolation of results from the BONUS COCOA learning sites to coastal sites around the Baltic Sea in general. Specific objectives of this deliverable (D6.4) were to connect observed process rates with modelling data and ecosystem characteristics. In the report we made statistical analyses of observations from BONUS COCOA study sites together with results from the Swedish Coastal zone Model (SCM). Eight structural variables (water depth, temperature, salinity, bottom water concentrations of oxygen, ammonium, nitrate and phosphate, as well as nitrogen content in sediment) were found common to both the experimentally determined and the model data sets. The observed process rate evaluated in this report was denitrification. In addition regressions were tested between observed denitrification rates and several structural variables (latitude, longitude, depth, light, temperature, salinity, grain class, porosity, loss of ignition, sediment organic carbon, total nitrogen content in the sediment, sediment carbon/nitrogen-ratio, sediment chlorphyll-a as well as bottom water concentrations of oxygen, ammonium, nitrate, and dissolved inorganic phosphorus and silicate) for pooled data from all learning sites. [...]1