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The paper describes the deployment of an open-source Crismapp platform. It is a WebGIS 2.0-based solution designed primarily for crisis management purposes. As part of a cooperation with the University of Bergen, Crismapp was implemented for the purposes of monitoring the earthquake in the Norwegian region within the Europeanwide observation network EPOS. HTML5-based application reflects the WebGIS 2.0 principle and uses as much as possible open tools: the Leaflet map library and GeoJSON data format. Besides the visualization client, it has a complete administration (back-end). The paper introduces students to the priorities of the Crismapp platform, including a demonstration of its flexibility in a particular deployment for viewing the earthquake in Norway. Moreover, paper handles with the term "WebGIS 2.0". From a stylistic point of view, the WebGIS 2.0 concept combines two separate ideas, WebGIS and Web 2.0. From a technological point of view this concept combines the latest methods in the GIT context and, in principle, is based on the methods of serviceoriented architecture and the Internet as a platform, and Cloud Computing. [ABSTRACT FROM AUTHOR]

The main objective of this article will be focused into the possibilities of 3D printing paper machine called Mcor IRIS HD and also to subscribe the principles of this 3D printer in general. This machine is not well descripted yet; so the main idea is based on how this 3D paper printer works. Also, unlike the other 3D printing materials, this paper technology is not so well-known nowadays. There will be explained how the papers are spliced layer by layer on the building platform inside the 3D printer and the process of cutting the papers into the final model and its supporting material. The workflow begins from the raw model data of the real phenomenon and its properties setting in the computer software. There will be described the printing settings; such as the trajectory of the cutting axis or the size of the model. The knife and glue preparation should be also desribed. Then comes the part of splicing the paper layers with estimated single layer height 0.1 mm (used paper quality 80g) and maximum print size 256 x 169 x 150 mm. This case will be fully described in order to summarize the whole building process. The last but one step is based on removing the completed model outside the 3D printer and cleaning it from the waste supporting parts of paper. In the end there will be shown some pretty example of the impregnation of the final model surface by a special material in order to get the best and constant results. The results should be defined as white or full-coloured models with real colours; its advantages and disadvantages. Showing the low-cost prototypes built only from the white or coloured papers; based on the model properties and usage. [ABSTRACT FROM AUTHOR]

The recent development of remote sensing technologies and rapidly accumulating environmental data derived from geographic information systems (GIS) now provide information on the patterns of terrestrial environmental variation at global and continental scales. Moreover, the past decades, an extraordinary amount of work has been undertaken to map species distributions and use the collected information to identify suitable habitats. Remote sensing metrics have become an integral part of SDM studies and contribute the significant amount of spatially explicit data for distribution models given recent development in remote sensing technologies and products. Environmental data relevant for ecophysiology and spatial distribution modelling of legumes includes ecologically important environmental factors. Several geospatial global datasets representing topography, eco-climatological and pedological properties were studied with the main aim to obtain local conditions and to have unified spatial resolution of all environmental factors. Datasets were pre-processed per their key features. Finally, a model for automatic obtaining the data for SDM was developed. Paper presents outcomes of the study, testing and brings comparable metrics between obtained datasets for legume occurrence data. [ABSTRACT FROM AUTHOR]

The paper is focused on the possibility of creation teaching aids with using colour 3D printers. The main emphasis will be given to MCOR IRIS HD printing machine. The usage of teaching aids and models representing the real phenomenon is quite useful in many scientific spheres. Nowadays we can achieve these models in various ways from the classic machine-tools to modern 3D printers which became very popular. The technology of MCOR IRIS is one of the latest in the field of the 3D printing. The printer uses ordinary white or printed papers as its printing material. Paper sheets are glued and cut by the special knife. This technology allows the production of fully coloured and relatively cheap models. There are still several limits such as sharp edges or the duration of the building process which can destroy the results. On the other hand, the printer is easily able to build a lot of different models (including tactile maps, houses, volcanos) in comparatively good quality and short time. The paper discusses the strength and weakness of mentioned technology focusing on data accessibility and models preparation. The main benefit is an easy and accessible creation of models for the scientific researchers and exhibitions. [ABSTRACT FROM AUTHOR]