Katastrofinių potvynių priežastys ir charakteristikos Nemuno baseine

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Atsitiktinių medžių (random forest) klasifikatoriaus taikymas snygio nustatymui iš palydovinių ATMS duomenų

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Assessment of the Sustainable Development of a Tourism Destination: The Case of an Adventure Park

The sustainable development of a tourism destination is a process that is continuously improved and has long-term value. By applying and distributing the economic, social and cultural dimensions equally, it is possible to achieve well-being for the environment and local people not only now, but also in the future. The study showed that the sustainable development of a tourism destination is presented differently by each of the authors, but all of them convey the idea that it is a process that includes economy, environmental protection, social dimensions and their management. By applying the process of sustainable development, tourism destinations achieve economic benefits without harming the environment and taking into account the social and cultural well-being of local people. It is recommended that voluntary publicity of environmental and socio-cultural activities in a tourism destination is an important factor that improves the image and increases value in society. Sustainability management is a more comprehensive, constructive, holistic approach than the management systems offered so fa

Anglies apykaita vidutinio klimato agroekosistemose

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Klimato kaitos ir antropogeninės veiklos įtaka vandens telkiniams

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Dirvožemio, gruntinio ir upelio vandens savybių stebėsenos pagal ICP-Forests programą 25 metų rezultatai: klimato kaitos poveikis miško smėlžemiui ir ekosistemai

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Chemija ir cheminė technologija

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The Conceptual Model of the BIM4NZEB-DS System for Selecting Technological Variants of Rational Passive Energy Efficiency Measures for a Sustainable Building

Implementing sustainable solutions in building design is one of the significant elements in achieving the transition to sustainability. The diversity of structural elements, construction materials, and the various preferences of interested parties complicate the decision-making process. Building Information Modeling (BIM) provides a wide range of available technological solutions and methods for automated decision support and can make decision-making more efficient. This study presents the conceptual model for BIM4NZEB-DS system for the automated selection of rational variants of passive energy efficiency measures. The algorithm of this system will integrate the solutions for data transfer from the BIM model and multi-criteria methods for the analysis of variants. The assessment of variants is based on economic and environmental criteria. The purpose of the system is to increase the reliability of the assessment, optimise the technological and human resources required, and minimise the time of decision-making. The developed system will be validated using the BIM model of real-case buildin

Juodosios anglies dalelių poveikio klimatui skaitinis modeliavimas

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Oro temperatūros ir ekstremalių reiškinių kaitos tendencijos pajūryje

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