VLIT NODE Sensor Technology and Prefarm

Precision farming systems are based on a detailed monitoring of information and data that are necessary for successful decision-making in crop production. The system is designed for data collection from several resources. In past years an extensive research and development work has been done in the field of wireless sensor networks (WSN) in the world. When a wireless sensor network (WSN) is used for agricultural purposes, it has to provide first of all a long-reach signal. The present paper describes new long distance RFID based technology implementation - VLIT NODE.Wireless Sensor Network, Precision Agriculture, RFID., Research and Development/Tech Change/Emerging Technologies, Research Methods/ Statistical Methods, GA, IN,

FutureFarm vision

This paper defines the first version of a vision of Future Farming project and also a knowledge management system used by European farms which will be designed and developed by the Future Farm project. An important part of the vision is a definition of external drivers and their influence on farm business in future. Paper is looking on a situation in three periods: short (2013), middle (2020) and long-term (2030). Our vision expects that the farming system will continuously converge to the situation of two types of farm: an industrial farm, which will guarantee both the food safety and the food security for European citizens, and multifunctional farms focused on environment protection. The recommendation proposes an architecture based on communication of interoperable services, so called Service Oriented Architecture (SOA), for easy integration of different levels and components of farm management.Farming, external drivers, future vision, knowledge management, SOA, Farm Management,

Vision Statements and Road-Map Methodology for Knowledge Management Adoption

The present paper describes the strategy of introducing future knowledge management system at farms. The FUTUREFARM and PREZEM projects strive to apply new knowledge management methods in arable farming where they guarantee an easy adaptation of the farming sector to the everchanging conditions in short, middle and long-term perspective. The knowledge management methods have to be put into practice on strategic, tactic and operational planning levels. Based on the project analysis and workshops with farmers, the paper brings an outline of the main goals and obstacles for new knowledge management methods adoption and furthermore defines the target groups and relevant methods of dealing with them.Knowledge management, adaptation, arable farming, Farm Management, GA, IN,

Prefarm Systems and economical analysis of practical experiences

The system of Precision farming guarantees a detail monitoring of data and information necessary for a successful decision in a crop production. The system is designed for a data collection from several sources. The data are collected by a service company and also directly by farmers. The paper also analyses the economical efficiency on the base of Medlov Farm. Next development is currently running under projects Prezem and AgriSensor.GPS, GIS, precision farming, economical analysis, monitoring, Farm Management, Research and Development/Tech Change/Emerging Technologies,

Brownfields Information Brocker

This paper discusses a possible solution for developing a virtual place for advertisement, investment and the harvesting, collecting and sharing of information concerning brownfields - now abundantly availabe land that was previously used for industrial, commercial or other uses. The novelty of the proposed solution is an automated brownfield related information integration (brownfields data integrator or brownfields broker) from various sources and its further distribution for other purposes (reuse of collected information) in a machine readable format and that meets European requirements regarding the integration of spatial information (INSPIRE directive and its related activities). This virtual place will provide services for brownfields related automated data harvesting, data update by local governments and citizens, as well as mechanisms for the reuse of this data through Application Protocol Interfaces and other „machine to machine “interfaces. The brownfield broker should also help to improve the ratio between developments made on brownfields and greenfields, which are currently imbalanced and statistically unknown in the European Union (EU). The beneficiaries from the brownfields data integrator will be very broad: owners, entrepreneurs (potential investors), municipalities (will be able to upload and then re-use relevant reliable, classified, updated information about brownfields and to advertise it through the application), planners, realtors (will be able to publicise the data using their web portals), financial institutions (for providing distance financial services), volunteers, scientists and the general public (for their personal interest, data creation, use, publishing and informing)

Linked Open Data for Environmental Protection in Smart Regions – the New Challenge for the Use of Environmental Data and Information.

This paper will introduce the specific objectives of the recently initiated project SmartOpenData - “Linked Open Data for Environmental Protection in Smart Regions” (SOD project) that is supported by Seventh Framework ENV.2013.6.5-3: Exploiting the European Open Data Strategy to Mobilize the Use of Environmental Data and Information. The main concept of the project is to create a Linked Open Data (SOD) infrastructure (including software tools and data sets) fed by public and freely available data resources, existing sources for biodiversity and environment protection and research in rural and European protected areas and its national parks. The aim of the SOD project to develop real proposals for building a SOD infrastructure for biodiversity and environment protection in European protected areas that satisfy the requirements of four kinds of target users: public bodies, researchers, companies (also small and medium enterprises (SMEs) and citizens. The SOD project will focus also on how the SOD Initiative can be linked with the INSPIRE directive, GEOSS Data-CORE, GMES, completed European scale Geographic Information System (GIS) projects (like a Habitats project, which defines models and tools for managing spatial data in environmental protection areas), and external third parties, as well as how it can impact economic and sustainability progress in European environmental research and protection. The key elements of the project will be five target pilot projects in related areas (agro forestry management, environmental research and biodiversity, water monitoring, forest sustainability and environmental data re-use), where harmonization of metadata, improvement of spatial data fusion, as well as visualization and publication of the resulting information according to user requirements will take place. Key words: Linked Open Data, Geographic Information Systems, GIS, INSPIRE directive, environmental data, natural resources, sustainable development and research

NASYP: Online expert tool on the control of major-accident hazards involving dangerous substances

NASYP is an online Geoportal tool being developed in cooperation with state and regional authorities to improve insufficient practices based on implementation of Directive nr. 2003/105/ES on the control of major-accident hazards involving dangerous substances. The tool is applicable for managing the permits, reporting and regular monitoring issues. Furthermore, it’s applicable for a risk assessment and a rapid management of disasters in the initial phase. There’re simple modeling tools included to simulate early stages of the contamination caused by disasters occurred to be used for decision making and effective use of emergency services. In this manner, there’re low atmospheric and surface water pollutions taken into account. For the study area, Liberec region was chosen covering the area of 3,163km2 and containing 533 potentially dangerous objects categorized accordingly to the Directive nr. 2003/105/ES. The model simulations are responding to daily hydrological and meteorological situation, a capability of automated updates from databases operated by the Czech Hydro Meteorological Institute, and communicate with databases of substances operated by the regional authorities. NASYP is suitable especially for the “N†class of the operators defined in the Directive, where because of smaller amounts of stored dangerous substances the safety measures and regular inspections are limited.Spatial data, geoportal, risk management, modelling, Research and Development/Tech Change/Emerging Technologies, Research Methods/ Statistical Methods, Risk and Uncertainty, GA, IN,

Open Data, VGI and Citizen Observatories INSPIRE Hackathon

In 2016, the INSPIRE Conference hosted the first INSPIRE hackathon on volunteered geographic information and citizen observatories, also known as the INSPIRE Hackathon. The organisers, mostly representatives of European research and innovation projects, continued this activity with the next INSPIRE Conference in 2017. The INSPIRE Hackathon is a collaborative event for developers, researchers, designers and others interested in open data, volunteered geographic information and citizen observatories. The main driving force for the INSPIRE Hackathon is provided by experts from existing EU projects, and its primary objective is to share knowledge and experience between the participants and demonstrate to wider audiences the power of data and information supported by modern technologies and common standards, originating from INSPIRE, Copernicus, GEOSS and other initiatives. This paper describes the history and background of the INSPIRE Hackathon, the various INSPIRE-related hackathons already organised, supporting projects, the results of INSPIRE Hackathon 2017 and the authors’ vision of future activities