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LIFE Viva Grass presented at LIFE Nordic Platform Meeting

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On 19 April LIFE Viva Grass was presented on the annual LIFE Nordic Platform Meeting, hosted this year by RECLAIM (LIFE11 NAT/SE/000848), held in Örebro county, Sweden. All Nordic LIFE Nature projects were welcome to the platform meeting, which provides a forum to network, share experiences, and discuss solutions to shared problems. The event included […]

INTERNATIONAL CONFERENCE “LOCAL COMMUNITIES, CULTURAL LANDSCAPES AND HERITAGE”, OCTOBER 2016

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International conference “Local communities, cultural landscapes and heritage“,  October 6-8, 2016 was held in Estonia, Lahemaa National Park manors and villages organised by the Environmental Board of Estonia in cooperation with Estonian University of Life Sciences, Estonian Academy of Arts and ICOMOS Estonia. The conference was dedicated to Lahemaa National Park’s 45th anniversary. During the first day of […]

International conference “Local communities, cultural landscapes and heritage”, October 2016

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In 6-8 October „LIFE Viva Grass” team will present the project for various stakeholders in the international conference “Local communities, cultural landscapes and heritage“ in Lahemaa National Park.  This event is organized by Environmental Board of Estonia in cooperation with Estonian University of Life Sciences, Estonian Academy of Arts and ICOMOS Estonia. The conference is […]

BROCHURE about VIABLE GRASSLAND MANAGEMENT released

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The brochure “Viable grassland management – experience, challenges and opportunities” summarises the information on existing good practice and provides some recommendations for the Baltic States to overcome the challenges related to the maintenance of valuable semi-natural grasslands. The brochure has been compiled by the LIFE Viva Grass project team based on study visits to UK, Sweden, Germany, Austria, […]

The flying method for grassland monitoring

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It is an effective and yet modern grassland ecosystem assessment method. The professional aerofotogrametric system uses the color intensity spectra to assess the landscape quality and obtain high resolution airborne images, including LIDAR data and hyper-spectral images to get the actual information of vegetation character and various environmental conditions, e.g. humidity, topography, drainage systems etc. […]