PROPOSAL FOR AN AUTO-UPDATING SNOWFALL MAP OF THE TRENTINE TERRITORY (EASTERN ALPS OF ITALY)

From the early 80s, the “Snow, Avalanches and Meteorology Office of Trento (Italy) Autonomous Province” (“Ufficio Neve,Valanghe e Meteorologia della Provincia Autonoma di Trento”), actually “Ufficio Previsione e Prevenzione” monitors the snowfall conditions and studies avalanches in the same territory; in particular, it manages a network of over 30 manual snow fields, plus about ten automatic measurement stations, added during the last 10 years, between 800 and 2750 meters (Fig. 1). Complete snow-meteorological measurements are daily performed (AINEVA-CAI Model 1) while automatic stations also measure the snow cover thickness, as well as classical meteorological parameters

PROPOSAL FOR AN AUTO-UPDATING SNOWFALL MAP OF THE TRENTINE TERRITORY (EASTERN ALPS OF ITALY)

From the early 80s, the “Snow, Avalanches and Meteorology Office of Trento (Italy) Autonomous Province” (“Ufficio Neve,Valanghe e Meteorologia della Provincia Autonoma di Trento”), actually “Ufficio Previsione e Prevenzione” monitors the snowfall conditions and studies avalanches in the same territory; in particular, it manages a network of over 30 manual snow fields, plus about ten automatic measurement stations, added during the last 10 years, between 800 and 2750 meters (Fig. 1). Complete snow-meteorological measurements are daily performed (AINEVA-CAI Model 1) while automatic stations also measure the snow cover thickness, as well as classical meteorological parameters

AKTIVITAS PROMOSI DINAS PARIWISATA KABUPATEN BELU MELALUI EVENT “FESTIVAL FULAN FEHAN” SEBAGAI DESTINASI WISATA ALAM DAN BUDAYA

Indonesia memiliki keindahan wisata alam yang tersebar diberbagai daerah, salah satunya keindahan wisata alam Fulan Fehan. Pemerintah pusat dan daerah bekerjasama untuk mempromosikan wisata alam Fulan Fehan bersama dikeluarkannya kalender event nasional oleh Kementrian Pariwisata. Event yang memenuhi kriteria dari Kementrian Pariwisata akan masuk dalam kalender event nasional. Salah satu event daerah yang berhasil masuk pada kalender event nasional adalah Festival Fulan Fehan. Event ini rutin diselenggarakan oleh Dinas Pariwisata Kabupaten Belu setiap tahunnya sejak 2017 untuk promosi wisata Fulan Fehan, dengan menyajikan atraksi tarian tradisonal, kesenian musik, kuliner, dan pameran yang berlokasi di padang Fulan Fehan. Adanya penyelenggaraan event tersebut, Dinas Pariwisata bekerja sama dengan Dinas P&K, Radio RRI Atambua, Consulado RDTL sebagai negara tentangga yang menjadi perbatasan Indonesia dan Timor Leste. Pada penelitian ini, peneliti menggunakan teori bauran promosi, komunikasi pemasaran dalam promosi dan teori event. Teori ini digunakan untuk membantu peneliti dalam menjelaskan secara detail mengenai aktivitas promosi Dinas Pariwisata Kabupaten Belu melalui event Festival Fulan Fehan. Jenis penelitian ini adalah kualitatif, dengan menggunakan metode wawancara dan studi pustaka. Aktivitas promosi yang dilakukan oleh Dinas Pariwisata Kabupaten Belu melalui event Festival Fulan Fehan adalah bekerja sama dengan lembaga dan instansi terkait, lalu menentukan media promosi dalam menyerbarkan informasi dan pesan komunikasi kepada wisatawan baik yang telah berkunjung maupun kepada calon wisatawan yang belum dan akan berkunjung melalui media internet dan media cetak yakni pada media internet adalah media sosial, seperti Facebook dan Instagram, dan media cetak adalah buku Amazing Atambua, promosi melalui kerjasama dengan Radio RRI Atambua

Proposal for an auto-updating snowfall map of the Trentine territory (Eastern Alps of Italy),

From the early 80s, the “Snow, Avalanches and Meteorology Office of Trento (Italy) Autonomous Province” (“Ufficio Neve,Valanghe e Meteorologia della Provincia Autonoma di Trento”), actually “Ufficio Previsione e Prevenzione” monitors the snowfall conditions and studies avalanches in the same territory; in particular, it manages a network of over 30 manual snow fields, plus about ten automatic measurement stations, added during the last 10 years, between 800 and 2750 meters (Fig. 1). Complete snow-meteorological measurements are daily performed (AINEVA-CAI Model 1) while automatic stations also measure the snow cover thickness, as well as classical meteorological parameters

odelli digitali del terreno (DTM) ad alta risoluzione per il monitoraggio dei ghiacciai alpini – Digital Terrain Models of a high resolution for monitoring alpine glaciers

The aim of the research is the 3D reconstruction of a glacier surface thr ough the use of satellite stereoscopic images and Geographic al Information Systems (GIS). Th e project ‘s doubl e goal is to improve Digital Terrain Mod el (DTM) extraction techniques in morphologically highlycomplex areas and to obtain a high resolution DTM for studying, monitoring, and quant ifying the glacial resource. The ext raction of the high- resolution glacial surface DTM faces different challenges due to the ext reme physical variability of the surface. Glacier ice is a continuously moving deformable material that can locally genera te morphologically complex structures such as seracs and crevasses. These features show a seasonal variability linked to meteorological condi tions. An additional reason of compl exity is the presen ce of debri s (surface moraines) and snow cover: they can apparently alter the spatial shape of the glacier as well as its own elevation. The aim of the research is to identi fy a fast. .reproducible, and reliable method to support the traditional glacier survey and moni toring techniques. From the technolo gical point of view, we also want to verify the chances offered by new remote sensing acquisition systems and relevant elaboration software. Thi s first pa rt of the research has been of value in proving the reliability of the aerial and satellite images plane/ elevation data elaboration system, in checking the acquisition difficulties and costs, and in testing the utilization limits of the remote sensed data