Geoparks
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Kula Volcanic Geopark is the one of the areas that are rarely seen in Turkey’s young volcanics. Kula Volcanic Geopark is distinguished from other areas in the geopark nature in Turkey with its membership of the Global Geoparks Network.... more
Kula Volcanic Geopark is the one of the areas that are rarely seen in Turkey’s young volcanics. Kula Volcanic Geopark is distinguished from other areas in the geopark nature in Turkey with its membership of the Global Geoparks Network. Although the geopark has a global visibility on the World, it isn’t well known in Turkey. The
lack of a legislation covering the entire area and a planning work to provide field management have prevented the sustainable use of Kula Volcanic Geopark. The geo-park, which is in a position to provide the conditions required for the network to become a member of the Global Geoparks Network, will be able to fulfill these requirements with this planned management. In this study, some proposals will be brought in order to ensure the planned management and sustainability of the Kula Volcanic Geopark’s in protection-use balance.
lack of a legislation covering the entire area and a planning work to provide field management have prevented the sustainable use of Kula Volcanic Geopark. The geo-park, which is in a position to provide the conditions required for the network to become a member of the Global Geoparks Network, will be able to fulfill these requirements with this planned management. In this study, some proposals will be brought in order to ensure the planned management and sustainability of the Kula Volcanic Geopark’s in protection-use balance.
Contemporary tourism development shows a shift of tourism demand towards highly specialized and sustainable tourism forms. This arises from the expanding environmental awareness among tourists and providers of tourism services during the... more
Contemporary tourism development shows a shift of tourism demand towards highly specialized and sustainable tourism forms. This arises from the expanding environmental awareness among tourists and providers of tourism services during the last decade. Tourism destinations become more and more oriented towards attracting tourists who pursuit services and products of higher quality. On the other hand, destinations tend to facilitate the protection of natural and cultural tourism resources from excessive exploitation and devastation that arises from the saturation during a concentrated and relatively short tourism season. That can only be achieved through diverting the strategic developmental directions of tourism from the traditional "mass-tourism" forms towards new and more sustainable types of tourism. Such an example is the region of the National Park "Galicica" in the Ohrid area in the Republic of Macedonia. This region represents the most developed tourism region in the country with numerous quality natural and cultural resources concentrated on a relatively small area as well as the highest number of registered tourists' visits. Therefore, a real threat exists from the tourists that visit the region themselves, as well as the actions from the tourism offer to satisfy their needs. One of these tourism types that are based on sustainable development and that show great potential for development in this region represents geo-tourism. This type of tourism can be a great opportunity for developing a quality tourism brand.
Presented methodological and methodical approaches to creation of geoparks – a new category of conservation and sustainable use geoheritage. Grounded potential geopark’s network in Ukraine on the basis of existing protected areas with... more
Presented methodological and methodical approaches to creation of geoparks – a new category of conservation and sustainable use geoheritage. Grounded potential geopark’s network in Ukraine on the basis of existing protected areas with rich geoheritage. The scheme of structural and territorial organization designed to geoparks in western Ukraine as an example Carpathians region and Podillia. Grounded main designing and organizational aspects of the category geopark national system of protected areas in Ukraine.
Подано методологічні та методичні підходи до формування геопарків – нової категорії збереження та сталого використання геоспадщини. Обґрунто-вано мережу потенційних геопарків в Україні на базі існуючих природоохо-ронних територій з багатою геоспадщиною. Репрезентовану схему структурної і територіальної організації для проектованих геопарків на заході України на прикладі Карпатського регіону та Поділля. Обґрунтовано головні проекту-вально-організаційні аспекти впровадження категорії національних геопарків у систему заповідних територій України. Ключові слова: геопарк, геоспадщина, мережа національних геопарків України. На початку ХХІ ст. геопарк – нова міжнародна категорія збереження геоспадщини, що активно впроваджують у різних регіонах світу. Їх створюють на природоохоронних територіях (резервати, ландшафтні і національні парки) та охоронних історико-культурних місцевостях (парки культури, історичні цент-ри). Науковою підставою для створення низки європейських геопарків стала реалізація програми Міжнародного Геологічного Союзу та Європейської Асо-ціації зі збереження геологічної спадщини (ProGEO) щодо виділення геоло-гічних місць (геотопів) міжнародного значення для різних регіонів Європи. Мета геопарків як нової форми охорони природи – привернути увагу громад-ськості до цінності Землі та її ресурсів, наголосити на важливості охорони і збереження геологічної спадщини. Геопарк – це територія з визначною геоло-гічною спадщиною і розробленою програмою (стратегією) сталого розвитку [18–20]. В Україні останнє десятиліття характеризується активізацією робіт з вив-чення і збереження геоспадщини, які виконують дослідники з геолого-гео-морфологічних дисциплін та практики геологічних і природоохоронних служб. Зокрема, геологічні служби провели паспортизацію заповідних геологічних об'єктів спочатку у чотирьох Карпатських областях, а згодом в інших обла-стях України, а також комплексну характеристику цінних геоморфологічних об'єктів, розпочали роботи з виділення об'єктів до Європейського списку гео-________________________________________
Подано методологічні та методичні підходи до формування геопарків – нової категорії збереження та сталого використання геоспадщини. Обґрунто-вано мережу потенційних геопарків в Україні на базі існуючих природоохо-ронних територій з багатою геоспадщиною. Репрезентовану схему структурної і територіальної організації для проектованих геопарків на заході України на прикладі Карпатського регіону та Поділля. Обґрунтовано головні проекту-вально-організаційні аспекти впровадження категорії національних геопарків у систему заповідних територій України. Ключові слова: геопарк, геоспадщина, мережа національних геопарків України. На початку ХХІ ст. геопарк – нова міжнародна категорія збереження геоспадщини, що активно впроваджують у різних регіонах світу. Їх створюють на природоохоронних територіях (резервати, ландшафтні і національні парки) та охоронних історико-культурних місцевостях (парки культури, історичні цент-ри). Науковою підставою для створення низки європейських геопарків стала реалізація програми Міжнародного Геологічного Союзу та Європейської Асо-ціації зі збереження геологічної спадщини (ProGEO) щодо виділення геоло-гічних місць (геотопів) міжнародного значення для різних регіонів Європи. Мета геопарків як нової форми охорони природи – привернути увагу громад-ськості до цінності Землі та її ресурсів, наголосити на важливості охорони і збереження геологічної спадщини. Геопарк – це територія з визначною геоло-гічною спадщиною і розробленою програмою (стратегією) сталого розвитку [18–20]. В Україні останнє десятиліття характеризується активізацією робіт з вив-чення і збереження геоспадщини, які виконують дослідники з геолого-гео-морфологічних дисциплін та практики геологічних і природоохоронних служб. Зокрема, геологічні служби провели паспортизацію заповідних геологічних об'єктів спочатку у чотирьох Карпатських областях, а згодом в інших обла-стях України, а також комплексну характеристику цінних геоморфологічних об'єктів, розпочали роботи з виділення об'єктів до Європейського списку гео-________________________________________
En el estado de Hidalgo se ubica la Comarca Minera, región geográfica de gran importancia social y cultural, célebre por su riqueza geológica, minera y belleza natural que, desde por lo menos hace cuatro siglos, ha cautivado a sus... more
En el estado de Hidalgo se ubica la Comarca Minera, región geográfica de
gran importancia social y cultural, célebre por su riqueza geológica, minera y belleza natural que, desde por lo menos hace cuatro siglos, ha cautivado a sus visitantes e inspirado descripciones y representaciones en los ámbitos científico, literario, económico y artístico. Históricamente es una de las regiones más representativas de la cultura minera nacional que se ha mantenido activa desde hace 600 años, primero en la producción de la obsidiana y más tarde de metales, como el oro y la plata.
gran importancia social y cultural, célebre por su riqueza geológica, minera y belleza natural que, desde por lo menos hace cuatro siglos, ha cautivado a sus visitantes e inspirado descripciones y representaciones en los ámbitos científico, literario, económico y artístico. Históricamente es una de las regiones más representativas de la cultura minera nacional que se ha mantenido activa desde hace 600 años, primero en la producción de la obsidiana y más tarde de metales, como el oro y la plata.
La sierra de Las Navajas, entre Mineral del Monte y Singuilucan, comprende los ejidos de El Nopalillo, El Guajolote y El Zembo. En el geositio Cerro de Las Navajas y sus alrededores abunda la obsidiana, especialmente en la falda... more
La sierra de Las Navajas, entre Mineral del Monte y Singuilucan, comprende los ejidos de El Nopalillo, El Guajolote y El Zembo. En el geositio Cerro de Las Navajas y sus alrededores abunda la obsidiana, especialmente en la falda occidental de la peña de El Jacal, en la barranca llamada Milagro y en el cerro de La Cruz de El Milagro o de Las Navajas.
La obsidiana es un vidrio natural de origen volcánico, de aspecto particular por su brillo, variedad de colores y tonalidades, dureza, fragilidad y fractura de tipo concoidea; por esta última propiedad es fácil producir formas especiales con filos agudos y cortantes. Las características físicas de la obsidiana fueron ampliamente
aprovechadas en la evolución de la humanidad, antes del descubrimiento del acero, para la elaboración de instrumentos y armas; además, por su bella apariencia, se utilizó en la manufactura de preciados objetos mágico-religiosos.
La obsidiana es un vidrio natural de origen volcánico, de aspecto particular por su brillo, variedad de colores y tonalidades, dureza, fragilidad y fractura de tipo concoidea; por esta última propiedad es fácil producir formas especiales con filos agudos y cortantes. Las características físicas de la obsidiana fueron ampliamente
aprovechadas en la evolución de la humanidad, antes del descubrimiento del acero, para la elaboración de instrumentos y armas; además, por su bella apariencia, se utilizó en la manufactura de preciados objetos mágico-religiosos.
Guía ilustrada de los geositios del Geoparque Mundial UNESCO Comarca Minera. 31 geositios.
Ciletuh National Geopark region which administratively located in the District of Ciemas and Ciracap, Sukabumi, West Java province has a unique geodiversity and showed the oldest rocks in West Java. Because the geological characteristic... more
Ciletuh National Geopark region which administratively located in the District of Ciemas and Ciracap, Sukabumi, West Java province has a unique geodiversity and showed the oldest rocks in West Java. Because the geological characteristic that is not found in other places makes Ciletuh as National Geopark in Indonesia. In carrying out the Geopark concept, supporting activities that related with sustainable economic on that area, called Geotourism. The objective of this paper is to determine the Geotourism potential activities to do in the Ciletuh National Geopark, particularly reviewing Ciletuh Amphitheatre. The method used in this study is divided into three processes: starting from literature research areas and collection of field data as one step in the inventory of geological sites (geosites), followed by analysis and classification of data in accordance with the goal of this research. Geotrek with the theme of "The Magical of Ciletuh Amphiteather" will guide us to surround and learn the beauty of the Ciletuh Amphitheater focusing on geosites which contained on amphitheater form, namely: 8 (eight) waterfalls and two (2) Ciletuh scenery spots.
Keywords : Ciletuh Amphiteather, Geotrek, Geotourism, National Geopark
Keywords : Ciletuh Amphiteather, Geotrek, Geotourism, National Geopark
Ciletuh National Geopark region which administratively located in the District of Ciemas and Ciracap, Sukabumi, West Java province has a unique geodiversity and showed the oldest rocks in West Java. This area is the result of a collision... more
Ciletuh National Geopark region which administratively located in the District of Ciemas and Ciracap, Sukabumi, West Java province has a unique geodiversity and showed the oldest rocks in West Java. This area is the result of a collision of two different plates, namely: the Eurasian Plate (continental shelf) which is composed of granite (acidic), and the Indo-Australian Plate (oceanic plate) which is composed of basal (basaltic), which produces deep ocean sedimentary rocks (pelagic sediment), metamorphic rocks and alkaline igneous rocks up to ultramafic rocks. Because the geological characteristic that is not found in other places makes Ciletuh as National Geopark in Indonesia. In carrying out of the Geopark concept, supporting activities needed to operate sustainable economic activity in the form of Geotourism. Geotourism is a concept of special interest tours that focus on geological education.
The method used in this study were divided into three processes: starting with a literature study of research areas and conduct field research as a step inventory of geological sites (geosites), followed by data analysis to identify and classify the geological heritage sites by scoring techniques. The results of the analysis are used for making geotrek line in the Ciletuh region and Geotourism activities ratings that had implemented. A total of 29 geosites identified and classified with geoheritage value in low quality to outstanding. This assessment based on the aspect of scientific records and special geological phenomena or landform features for the purpose of education and research.
Furthermore, geosites are grouped in accordance with the meaning and morphology, namely: old rocks, geomorphology, fossils, sea caves, unique rock formations, waterfalls, and sedimentary structures as a basic substance in the manufacture of geotrek line. There are 3 Geotrek lines which has been adapted to the type of trip and geosites that have relevance, namely: The Magical of Ciletuh Amphitheater (The trip focuses on enjoying the morphology of Mega Amphitheatre Ciletuh), The Ciletuh Melange's Journey (The trip to learn about the oldest rocks in West Java) and the Spectacular of Ciletuh Bay (Sea lanes journey for enjoying a variety of different shapes of rocks in the Ciletuh Bay). In addition to the proposed geotrek activities, other activities supporting Geotourism has been run in this Geopark is: Geo sight-seeing activities on the geosites which focus on geomorphology activities (Panenjoan and Puncak Darma), Geosport activities such as parasailing and snorkeling, as well as Geofestival. Rate of Geotourism that has implemented in Ciletuh Geopark produce numbers 19-35 which showed moderate to good value for Geotourism activities and should be improved better for the future.
Keywords: Geoheritage, Geotourism, Geotrek, Ciletuh Geopark, West Java
The method used in this study were divided into three processes: starting with a literature study of research areas and conduct field research as a step inventory of geological sites (geosites), followed by data analysis to identify and classify the geological heritage sites by scoring techniques. The results of the analysis are used for making geotrek line in the Ciletuh region and Geotourism activities ratings that had implemented. A total of 29 geosites identified and classified with geoheritage value in low quality to outstanding. This assessment based on the aspect of scientific records and special geological phenomena or landform features for the purpose of education and research.
Furthermore, geosites are grouped in accordance with the meaning and morphology, namely: old rocks, geomorphology, fossils, sea caves, unique rock formations, waterfalls, and sedimentary structures as a basic substance in the manufacture of geotrek line. There are 3 Geotrek lines which has been adapted to the type of trip and geosites that have relevance, namely: The Magical of Ciletuh Amphitheater (The trip focuses on enjoying the morphology of Mega Amphitheatre Ciletuh), The Ciletuh Melange's Journey (The trip to learn about the oldest rocks in West Java) and the Spectacular of Ciletuh Bay (Sea lanes journey for enjoying a variety of different shapes of rocks in the Ciletuh Bay). In addition to the proposed geotrek activities, other activities supporting Geotourism has been run in this Geopark is: Geo sight-seeing activities on the geosites which focus on geomorphology activities (Panenjoan and Puncak Darma), Geosport activities such as parasailing and snorkeling, as well as Geofestival. Rate of Geotourism that has implemented in Ciletuh Geopark produce numbers 19-35 which showed moderate to good value for Geotourism activities and should be improved better for the future.
Keywords: Geoheritage, Geotourism, Geotrek, Ciletuh Geopark, West Java
El vulcanismo ha configurado los continentes del presente; asimismo, ha contribuido - durante las épocas geológicas - al cambio climático. El Parque Nacional Somma-Vesubio, al sur de Italia, integra la red de Reservas de Biosfera; es un... more
El vulcanismo ha configurado los continentes del presente; asimismo, ha contribuido - durante las épocas geológicas - al cambio climático. El Parque Nacional Somma-Vesubio, al sur de Italia, integra la red de Reservas de Biosfera; es un laboratorio abierto donde se genera conocimiento y cuyos fines es lograr la conciliación entre el uso sostenible de los recursos naturales y la conservación de la biodiversidad. El Vesubio es un volcán en actividad permanente, su erupción más conocida es aquella que sepultó - debajo toneladas de ceniza y lodo - a las ciudades de Pompeya y Herculano en el año 79 de nuestra era. El siguiente artículo trata, en términos generales, de los procesos naturales y culturales que motivan la visita del cráter del Vesubio y su entorno.
Os arquipélagos de Fernando de Noronha (Brasil) e Açores (Portugal) são lugares singulares do ponto de vista geológico, pois apresentam importantes evidências de parte da história geológica das ilhas oceânicas de origem vulcânica. Com o... more
Os arquipélagos de Fernando de Noronha (Brasil) e Açores (Portugal) são lugares singulares do ponto de vista geológico, pois apresentam importantes evidências de parte da história geológica das ilhas oceânicas de origem vulcânica. Com o surgimento dos geoparks, novas perspectivas sobre a sustentabilidade e o patrimônio geológico passaram a ser consideradas, o que trouxe benefícios para as comunidades locais e para o meio ambiente. Assim, o objetivo desta pesquisa foi apresentar ações de sustentabilidade passíveis de serem aplicadas nos arquipélagos de Fernando de Noronha e dos Açores. Deste modo, conclui-se que ações específicas no âmbito da proteção da geodiversidade e do patrimônio geológico, como o incentivo a criação de novos produtos, a promoção de cursos e eventos, bem como o desenvolvimento de projetos de educação e sensibilização podem contribuir com a sustentabilidade destes destinos insulares.
Text about the open air rock-art of the Côa Valley (Portugal) and Siega verde (Spain).
Currently there are no Geoparks in the United States, the pre-aspiring Appalachian Geopark is proposed to fill this gap in the Global Geopark Network (GGN). The Appalachian Geopark (AG) will be formed from three southern West Virginia... more
Currently there are no Geoparks in the United States, the pre-aspiring Appalachian Geopark is proposed to fill this gap in the Global Geopark Network (GGN). The Appalachian Geopark (AG) will be formed from three southern West Virginia counties: Fayette, Greenbrier and Raleigh. These three counties are the heart of the Geopark region within West Virginia, and include the critical components of rivers, caves and coal; as well as transportation modes, including river, rail, and meandering country roads.
A preliminary geosite inventory exposes nearly 100 geosites focusing on these and other themes. The heritage of the people living in the Appalachians is well-known, both domestically and internationally, through its unique Bluegrass music and the three national parks units of southern WV (New River Gorge, Gauley River, and Bluestone National Parks). In addition, the Greenbrier Resort is a well-known large-scale lodge offering hot springs, first class lodging and restaurant opportunities, and an underground labyrinth designed to shelter the US President and the US Congress in times of national crisis (now inactive). Now a tourism focal point, and a historical geosite, the Greenbrier is an anchor within Greenbrier County. Additional, internationally acclaimed geosites include numerous other hot springs, karst, caves, rail and coal heritage, water and geological formations of international significance.
The newly build Bechtel Summit Reserve is a leadership, adventure and Scout camp that provides lodging for nearly 50,000 youth adventurers. This world-class leisure infrastructure is one of the critical hubs within the AG, and is located just minutes from the New River Gorge National River. Also, West Virginia State Parks, high adventure activities, such as geo-rafting tours, climbing opportunities and more are scattered throughout the three counties. West Virginia University is currently the responsible agency—the organization that is “priming the pump” and will hand over the leadership to local grass roots entities. WVU holds steadfast to its mission of delivering high-quality education, excelling in discovery and innovation, modeling a culture of diversity and inclusion, promoting health and vitality, and building pathways for the exchange of knowledge and opportunity between the state, the nation and the world. The scope of the Appalachian Geopark advances the University’s land-grant mission, as well as service, collaboration and economic enrichment of the state. In summary, West Virginia University is committed to leading the way and stimulating great things in the state – and we firmly believe this is a great concept that will strengthen West Virginia state in a multitude of ways.
The Appalachian Geopark will be an economic stimulus that will allow tourism to take a front seat in the state’s economy.
A preliminary geosite inventory exposes nearly 100 geosites focusing on these and other themes. The heritage of the people living in the Appalachians is well-known, both domestically and internationally, through its unique Bluegrass music and the three national parks units of southern WV (New River Gorge, Gauley River, and Bluestone National Parks). In addition, the Greenbrier Resort is a well-known large-scale lodge offering hot springs, first class lodging and restaurant opportunities, and an underground labyrinth designed to shelter the US President and the US Congress in times of national crisis (now inactive). Now a tourism focal point, and a historical geosite, the Greenbrier is an anchor within Greenbrier County. Additional, internationally acclaimed geosites include numerous other hot springs, karst, caves, rail and coal heritage, water and geological formations of international significance.
The newly build Bechtel Summit Reserve is a leadership, adventure and Scout camp that provides lodging for nearly 50,000 youth adventurers. This world-class leisure infrastructure is one of the critical hubs within the AG, and is located just minutes from the New River Gorge National River. Also, West Virginia State Parks, high adventure activities, such as geo-rafting tours, climbing opportunities and more are scattered throughout the three counties. West Virginia University is currently the responsible agency—the organization that is “priming the pump” and will hand over the leadership to local grass roots entities. WVU holds steadfast to its mission of delivering high-quality education, excelling in discovery and innovation, modeling a culture of diversity and inclusion, promoting health and vitality, and building pathways for the exchange of knowledge and opportunity between the state, the nation and the world. The scope of the Appalachian Geopark advances the University’s land-grant mission, as well as service, collaboration and economic enrichment of the state. In summary, West Virginia University is committed to leading the way and stimulating great things in the state – and we firmly believe this is a great concept that will strengthen West Virginia state in a multitude of ways.
The Appalachian Geopark will be an economic stimulus that will allow tourism to take a front seat in the state’s economy.
- by Jasmine Moreira and +1
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- Appalachian Studies, Geoparks
Conserving heritage is significant because it reflects and builds local community identities, assists in promoting sustainability and provides sense of place. Geopark concept promotes three main components, namely conservation of heritage... more
Conserving heritage is significant because it reflects and builds local community identities, assists in promoting sustainability and provides sense of place. Geopark concept promotes three main components, namely conservation of heritage resources, provision of tourism infrastructure and local socioeconomic development. Strengthening local community engagement through active participation is pertinent to ensure success of geopark implementation. Engaging local community in heritage conservation collaboratively with other stakeholders is crucial as it has the potential to transform values, practices and overall behaviour towards sustainability. Nevertheless, how local community is engaged has been contested because often the term community engagement used in development process does not fully reflect the extent to which local community is actually able to participate. The main objective of this article is to examine local community engagement in heritage conservation, using geopark experiences from the Asia Pacific region. Analysis of findings will be discussed qualitatively in twofold: firstly, based on results from reviews of secondary data resources and official geopark websites, secondly through survey obtained from 30 participants, from aspiring and UNESCO Global Geoparks member countries, who attended the Asia Pacific Geopark Network (APGN) Regional Course on Geoparks in 2015 and 2017. Heritage conservation, in geopark-based activities, is expressed in various ways, amongst which as a cultural process, such as social interaction of festivals and exhibitions, as well as in natural resource management. In general, main findings indicated there are room for opportunities in geopark-based activities to encourage social learning from local community and stakeholders on heritage
A Geopark is a single, unified geographical area where sites and landscapes of international geological significance are managed with a holistic concept of education, sustainable development, and conservation. Its geological heritage, in... more
A Geopark is a single, unified geographical area where sites and landscapes of international geological significance are managed with a holistic concept of education, sustainable development, and conservation. Its geological heritage, in connection with all other aspects of the area's natural and cultural heritage, enhances awareness and understanding of key issues facing society, such as using the resources sustainably. The Geopark raises awareness of the importance of the area's geology – from both a historical and present-day standpoint – and gives local people a sense of pride in their region and strengthens their identification with the area. The Appalachian Geopark spreads across three southern West Virginia counties: Fayette, Greenbrier and Raleigh. These three counties include critical geological heritage components of rivers, karst and coal; as well as transportation modes, including river, rail, and meandering country roads. The Appalachian Geopark has tremendous geodiversity, including the natural range of geologic, geomorphological, soil, and hydrological features. Education is a common element across all of these settings, as well as their geological heritage. Internationally acclaimed geosites include numerous other mineral springs, karst, caves, rail and coal heritage, water and geological formations of international significance. Sustainable development, education, and conservation are the three primary aims of a geopark. The Appalachian Geopark will make use of existing and newly developed educational programming, with the aim of educating international and US-based students and tourists. There is great interest in drawing international and domestic tourists into the region to educate them about the amazing geological features of West Virginia. In addition, the geopark will stimulate much needed economic development in a region that has a rich geological heritage intertwined with culture and human history.
From 2013 to 2015 Magma UGG lead the GEOfood project with partners: Reykjanes UGG on Iceland, Odsherred UGG in Denmark, Rokua UGG in Finland. The GEOfood concept is focusing on the connection between the geological characteristic and the... more
From 2013 to 2015 Magma UGG lead the GEOfood project with partners: Reykjanes UGG on Iceland, Odsherred UGG in Denmark, Rokua UGG in Finland. The GEOfood concept is focusing on the connection between the geological characteristic and the development of raw material for local food, underlining the importance of the connection between geological heritage and quality food. Geoparks combined local GEOfood with geotourism possibilities: offering to tourist the possibility to experience real Geopark´s sustainable way of living. The main outcome of the project was the GEOfood brand following shared criteria for local food and restaurants. Criteria allows only Global UNESCO Geoparks members to use the logo, the products must on the label promote the products connection with the local geological heritage and that the raw materials come from the Geoapark area. We developed several branded products in the Geopark areas, one promotional video and an app for smartphones and tablets. During the project development and after the project conclusion the GEOfood project has been promoted and shared within the European Geoparks Network. The criteria have been shared and distribute to the Geoparks that want to use it, so far 10 Geoparks are using the criteria and developing products. During January-February Magma Geopark circulated a questionnaire asking the EGN members about GEOfood. The response was very positive: 50 Geoparks on 68 responded to the questionnaire and the majority was positive and would like to use the brand. Magma Geopark have created the homepage: www.geofood.no and protected the brand Geofood in Norway. The idea is to expand the page within professional commercial strategies that also includes tourist possibilities that combines food and geotourism, promotion and selling products online within the Geofood and Geoparks web pages, develop the app further and protect the brand within Europe. We hope to strength the brand and support local Geopark communities to promote and sell their products within their Geoparks! .
Global Geoparks Conference, Sept. 2016. GEOfood: local food for sustainable development Sara Gentilini, MAGMA UNESCO Global GEOPARK, Norway. Magma UNESCO Geopark is the leader of the GEOfood project, financed by Kreanor, started in 2014.... more
Global Geoparks Conference, Sept. 2016. GEOfood: local food for sustainable development Sara Gentilini, MAGMA UNESCO Global GEOPARK, Norway. Magma UNESCO Geopark is the leader of the GEOfood project, financed by Kreanor, started in 2014. The project involves: Odsherred, Rokua, Rejkyanes and Stonehammer UNESCO Geoparks. The consortium has been working on two different levels: local with producers and users and internationally within Geoparks. At local level every partner organized three meetings with local producers, users and tourist sme's with the aim of enhancing the awareness on food as resource for raising the local economy in a sustainable way. International partners agreed the criteria for developing the GEOfood brand for all the Geoparks in Europe. Only producers or enterprises within the territory of an approved UNESCO Global Geopark can use the GEOfood logo. The criteria adopted by the project consortium are focus on the geographical localization of the product (inside the Geopark), where the product has been processed (inside the Geopark) and the raw material area of origin. The link between the geological characteristic of the area where the raw material come from must be clearly described in the GEOfood label. Geoparks can detect a buffer zone if one product that want to be labelled is located nearby the Geopark border and/or due to geological-scientific reason. The extension of the GEOfood product within the buffer zone must be approved by Magma Geopark. Magma Geopark is in charge for authorize the use of the GEOfood criteria and logo. Soon Magma Geopark will establish the GEOfood webpage where GEOfood producers and userws will be promoted and the potential GEOfooders could apply directly for the membership.
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