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This article discusses the main stages of the historical formation and development of religious media in Russia, as well as their modern existence. In this work, we clarify some specific features of religious periodicals in comparison with the secular print press in Russia. The fact that the church has its own media makes it more independent and independent in expressing its point of view regarding various social and political problems in modern society. It also allows the church to pursue its own policy in the most important sphere of national and religious relations, in relation to certain groups of the country's population. The discourse of the Russian Orthodox Church in the domestic media originated in the XIXth century. The current topical discourse of the Russian Orthodox Church in contemporary print and electronic Russian media is extremely important for the mentality of Russian citizens and society as a whole. This paper considers the system of Russian Orthodox media, which is part of the Russian media system.
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A poster promoting the IPBES Data Management Policy presented at the World Biodivereiry Forum 2020 in Davos, Switzerland. The Multidisciplinary Expert Panel and the Bureau of the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), at their 13th meeting in January 2020, has approved the IPBES data management policy. This is an important step for IPBES to further improve the accessibility of its products and the transparency of the underlying procedures. The IPBES data management policy is based on the principles of Open Science and FAIR data. It provides a framework to make the products (e.g. statements, maps, and tables) traceable from the original data layers, through the processing steps, and up to the final status in the product. The IPBES data management policy also provides guidelines on long-term repositories, metadata, and file formats. Management, handling, and delivery of the materials from the indigenous people and local communities are also covered by the policy. The IPBES data management policy will pave the road towards reproducible assessments over time and scalable at the national or regional scale. In this contribution, we aim to inform the community with the highlights of the policy and to present an outlook of projects emerging from the implementation of the policy. Here is the link to the IPBES data management policy: https://doi.org/10.5281/zenodo.3551078
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A poster promoting the IPBES Data Management Policy presented at the World Biodivereiry Forum 2020 in Davos, Switzerland. The Multidisciplinary Expert Panel and the Bureau of the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), at their 13th meeting in January 2020, has approved the IPBES data management policy. This is an important step for IPBES to further improve the accessibility of its products and the transparency of the underlying procedures. The IPBES data management policy is based on the principles of Open Science and FAIR data. It provides a framework to make the products (e.g. statements, maps, and tables) traceable from the original data layers, through the processing steps, and up to the final status in the product. The IPBES data management policy also provides guidelines on long-term repositories, metadata, and file formats. Management, handling, and delivery of the materials from the indigenous people and local communities are also covered by the policy. The IPBES data management policy will pave the road towards reproducible assessments over time and scalable at the national or regional scale. In this contribution, we aim to inform the community with the highlights of the policy and to present an outlook of projects emerging from the implementation of the policy. Here is the link to the IPBES data management policy: https://doi.org/10.5281/zenodo.3551078
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A poster promoting the IPBES Data Management Policy presented at the World Biodivereiry Forum 2020 in Davos, Switzerland. The Multidisciplinary Expert Panel and the Bureau of the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), at their 13th meeting in January 2020, has approved the IPBES data management policy. This is an important step for IPBES to further improve the accessibility of its products and the transparency of the underlying procedures. The IPBES data management policy is based on the principles of Open Science and FAIR data. It provides a framework to make the products (e.g. statements, maps, and tables) traceable from the original data layers, through the processing steps, and up to the final status in the product. The IPBES data management policy also provides guidelines on long-term repositories, metadata, and file formats. Management, handling, and delivery of the materials from the indigenous people and local communities are also covered by the policy. The IPBES data management policy will pave the road towards reproducible assessments over time and scalable at the national or regional scale. In this contribution, we aim to inform the community with the highlights of the policy and to present an outlook of projects emerging from the implementation of the policy. Here is the link to the IPBES data management policy: https://doi.org/10.5281/zenodo.3551078
Data Types:
  • Document
A poster promoting the IPBES Data Management Policy presented at the World Biodivereiry Forum 2020 in Davos, Switzerland. The Multidisciplinary Expert Panel and the Bureau of the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), at their 13th meeting in January 2020, has approved the IPBES data management policy. This is an important step for IPBES to further improve the accessibility of its products and the transparency of the underlying procedures. The IPBES data management policy is based on the principles of Open Science and FAIR data. It provides a framework to make the products (e.g. statements, maps, and tables) traceable from the original data layers, through the processing steps, and up to the final status in the product. The IPBES data management policy also provides guidelines on long-term repositories, metadata, and file formats. Management, handling, and delivery of the materials from the indigenous people and local communities are also covered by the policy. The IPBES data management policy will pave the road towards reproducible assessments over time and scalable at the national or regional scale. In this contribution, we aim to inform the community with the highlights of the policy and to present an outlook of projects emerging from the implementation of the policy. Here is the link to the IPBES data management policy: https://doi.org/10.5281/zenodo.3551078
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To adress questions about the future of biodiversity, it is essential to use a wide range of data from different sources. This is only possible, if the relevant datasets can be found, accessed, and understood through the metadata accompanying them. To promote this essential open data culture, the FAIR data principle was launched (https://www.force11.org/group/fairgroup/fairprinciples), which is gaining traktion throughout the scientific community. With this increasing need and use for FAIR data, metadata, and it's quality, plays an ever increasing role. Nevertheless, providing metadata is not easily accomplished. One of the reasons for this is the cumbersome way of entering metadata in formats or webforms needed by repositories. Also, there is little or no quality control. Finally, the metadata schemes used by the repositories are either restricted to bibliometric metadata (e.g. DataCite) or are using metadata schemes which have to cover a vast diversity of different data (e.g. EML or Darwin Core). I will present an approach which uses domain specific metadata schemes to overcome these problems, by developing these schemes together with scientists of their domain. It can be employed without detailed technical knowledge, e.g. using spreadsheets and a web browser. This will help researchers recognise the value of metadata for their own research and sharing. The provided validation tool increases quality of metadata.
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The presentation gives an overview of the data source typologies used in OpenAIRE and provides an outline on the role of persistent identifiers in the aggregation, curation and provision workflows that lead to the generation of the Research Graph in OpenAIRE.
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Recent privacy scandals such as Cambridge Analytica and the Nightingale Project show that data sharing must be carefully managed and regulated to prevent data misuse. Data protection law, legal frameworks, and technological solutions tend to focus on controller responsibilities as opposed to protecting data subjects from the beginning of the data collection process. Using a case study of how data subjects can be better protected during data curation, we propose that a co-created data commons can protect individual autonomy over personal data through collective curation and rebalance power between data subjects and controllers.
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Maize (Zea mays L.) is staple food crop grown in Benishangul Gumuz regional state of Ethiopia. However, its productivity is constrained by a number of problems out of which weed management and plant density is the most important ones. The experiment was conducted to determine effects of plant densities and weeding frequency on weed Control and productivity of maize in 2016 main cropping season at Assosa district, Ethiopia. Four levels of weeding frequency (no, one, two and completely weed free) and four plant densities [31250 plants ha-1 (80 cm x 40 cm and one seed per hole), 44444 plants ha-1(75 cm x 30 cm), 53333 plants ha-1(75cm x 25cm) and 62500 plants ha-1(80 cm x 40 cm and two seeds per hole)] laid out in a randomized complete block design with factorial arrangement in three replications.Main effects of weeding frequency and plant densities significantly (P<0.05) affected most of the measured phenological and growth parameters of maize. The dominant weed flora infesting maize field during growing season were Cyperusrotundus, Guizotia scabra, Eleusine indica and Hyparrhenia hirta. Higher leaf area (5628 cm2) and leaf area index (2.68), were achieved in twice hand weeded fields. significantly higher plant height (224cm) was obtained from completely weed free plots. Higher plant height (224 cm) and leaf area index (3.2) were obtained from the highest plant density of 62500 plants ha-1. There was also significant interaction effect of weeding frequency and plant density on weed density, weed dry matter and weed control efficiency. The higher weed density (221) and weed dry matter (741 g m-2) were obtained at weedy check and lower populated (31250) plants ha-1 of maize. Thus, practicing of twice hand weeding and a plant density of 53333 plants ha-1 (75cm x 25 cm) was found to be better to variety BH-546 production in Assosa area.
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Sehat Mata Limatta Softgel Vitamin Mata Alami Sehat Mata Limatta adalah produk kesehatan herbal berkualitas yang mana secara khusus di formulasikan bagi anda yang kini ingin menjaga sekaligus meningkatkan kesehatan penglihatan mata anda, yang di akibatkan oleh berbagai penyakit mata seperti mata minus, mata rabun, katarak dan masih banyak lagi yang lainnya, secara alami, aman tanpa efek samping. Produk kesehatan mata ini sendiri terdiri dari berbagai campuran herbal pilihan yang sebelumnya telah teruji secara klinis dan juga telah terbukti memiliki banyak manfaat untuk kesehatan mata anda. Dan yang lebih istimewanya, semua bahan walatra sehat mata ini di olah dengan menggunakan NANO TEKNOLOGI, yang mana mampu mengubah zat dalam ukuran nanometer atau satu persemiliar meter. Hal tersebut tentu menjadi kelebihan tersendiri. Di samping dapat membantu mempercepat pelarutan obat, keunggulan penggunaan nano teknologi ini juga mampu mempercepat satabilitas dan kemampuan penyerapan, sehingga khasiat yang di miliki oleh produk kesehatan mata ini lebih cepat di serap oleh tubuh tanpa menimbulkan efek samping sedikitpun. Khasiat dan Manfaat Sehat Mata Limatta : – Mampu memperbaiki sirkulasi pada mata – Membantu melindungi jaringan mata – Membantu memenuhi nutrisi dan vitamin yang di butuhkan oleh mata – Membantu menurunkan degenerasi makula – Membantu mendukung pembuluh darah sehat di mata – Membantu meningkatkan ketajaman penglihatan – Membantu mengurangi iritasi hingga peradangan dan membantu sel-sel retina – Membantu memperbaiki jaringan yang ruak di mata – Membantu mencegah dan mengobati berbagai penyakit mata seperti: mata minus, mata rabun, mata silinder, rabun jauh, rabun dekat, ablasio retina, retinopati diabeteik, retinitis pigmentosa, presbyopia, syaraf retina mata lepas, syaraf retina mata terputus, syaraf retina mata robek, kebutaan, penglihatan ganda, pelglihatan berbayang, mata berlemak, mata berkabut, floaters, pteregium, infeksi pada mata serta berbagai jenis penyakit mata lainnya. Komposisi : Green Tea, Biji Anggur, Jeruk Bargamot, Bunga Canola, Bunga Matahari, Bluberry, Wortel, Alpukat, Seledri, Ginkgo Biloba, Acai Berry. Detail Produk Sehat Mata Limatta : *)Isi : 100 Softgel *)Harga : Rp.425.000,- *)Aturan Minum : 2 x 2 Softgel Perhari *)Legalitas : Halal MUI & POM TR 193325531 *)Produksi : CV SAMI MANDJOER YOGYAKARTA Cara Pemesanan : Adapun untuk cara pemesanannya sendiri cukup mudah. Anda bisa langsung memesannya melalui SMS/WhatsApp dengan menyertakan format lengkap seperti berikut. SMWO : Jumlah Pemesanan : Nama Lengkap : Alamat Lengkap : No HP/Tlp Kirim SMS/WhatsApp ke: +6285223944949 / +6282240747374 Contoh : SMWO : 2 Botol : Gufron Nugraha : Jl. Kademangan No. 12, Rt/Rw 09/06 Kel. Padamulyo Kec. Trenggalek, Kota Treggalek Jawa Tengah Kode Pos 43456 : 085.787.234.xxx *Setiap pemesanan Wajib mencantumkan Kode Produk “SMWO” untuk mempercepat pelayanan. PROMO GRATIS ONGKIR KESELURUH INDONESIA DENGAN PEMESANAN MINIMAL 2 BOTOL SUBSIDI ONGKIR s/d Rp.50.000,-
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