For Valentine's Day, this week's edition of the Earth from Space programme features a Copernicus Sentinel-2 image, capturing a beautiful heart-shaped geographical formation in the dramatic landscape of the southern highlands of Bolivia.
See also Bolivian highland heart to download the image.
Katedra geoinformatiky VŠB-TU Ostrava zve na tradiční symposium GIS Ostrava 2020, v rámci něhož se konají konference „Prostorová data pro Smart City a Smart Region“ a „UAV in Smart City and Smart Region“ společně s řadou seminářů. Sympozium je organizováno v termínu 18. – 20. března 2020. Jako klíčoví řečníci se představí Francesco Nex (University of Twente) s tématem „New trends of […]
The post Konference GIS Ostrava je vhodná i pro geodety appeared first on Zeměměřič.
The Pine Island Glacier recently spawned an iceberg over 300 sq km that very quickly shattered into pieces. This almost cloud-free image, captured on 11 February by the Copernicus Sentinel-2 mission, shows the freshly broken bergs in detail.
A recent animation using 57 radar images captured by the Copernicus Sentinel-1 mission shows just how quickly the emerging cracks from the glacier grew – leading to this historic calving event.
Thanks to the combination of both optical and radar images from the Copernicus Sentinel satellite missions, growing cracks were spotted in the Pine Island Glacier last year, and since then, scientists have been keeping a close eye on how quick the cracks were growing.
The Pine Island Glacier, along with its neighbour Thwaites glacier, connect the centre of the West Antarctic Ice Sheet with the ocean, and together discharge significant quantities of ice into the ocean.
The Pine Island Glacier recently spawned an iceberg over 300 sq km that very quickly shattered into pieces. This almost cloud-free image, captured on 11 February by the Copernicus Sentinel-2 mission, shows the freshly broken bergs in detail.
A recent animation using 57 radar images captured by the Copernicus Sentinel-1 mission shows just how quickly the emerging cracks from the glacier grew – leading to this historic calving event.
Thanks to the combination of both optical and radar images from the Copernicus Sentinel satellite missions, growing cracks were spotted in the Pine Island Glacier last year, and since then, scientists have been keeping a close eye on how quick the cracks were growing.
The Pine Island Glacier, along with its neighbour Thwaites glacier, connect the centre of the West Antarctic Ice Sheet with the ocean, and together discharge significant quantities of ice into the ocean.
ESA’s NAVISP programme is helping invent the future of positioning, navigation and timing beyond current satellite navigation technology. The Agency’s NAVISP Industry Days welcomed a guest speaker from the US government, sharing details of a parallel effort she is overseeing from the other side of the Atlantic.
ESA’s NAVISP programme is helping invent the future of positioning, navigation and timing beyond current satellite navigation technology. The Agency’s NAVISP Industry Days welcomed a guest speaker from the US government, sharing details of a parallel effort she is overseeing from the other side of the Atlantic.
Česká kartografická společnost pořádá již 22. ročník prestižní kartografické soutěže Mapa roku. Uzávěrka přihlášek je 28. 2. 2020. Pokud jste tedy vytvořili zajímavý kartografický produkt, neváhejte svoji mapu do soutěže přihlásit! Soutěží se v těchto kategoriích: Atlasy, soubory a edice map Samostatná kartografická díla Kartografická díla pro školy a vzdělávání Studentské kartografické práce Digitální kartografické […]
The post Mapa roku 2019 appeared first on GISportal.cz.
Česká kartografická společnost pořádá již 22. ročník prestižní kartografické soutěže Mapa roku. Uzávěrka přihlášek je 28. 2. 2020. Pokud jste tedy vytvořili zajímavý kartografický produkt, neváhejte svoji mapu do soutěže přihlásit! Soutěží se v těchto kategoriích: Atlasy, soubory a edice map Samostatná kartografická díla Kartografická díla pro školy a vzdělávání Studentské kartografické práce Digitální kartografické […]
The post Mapa roku 2020 appeared first on GISportal.cz.
Dovolujeme si Vás informovat o vypsání dodatečného výběrového řízení na obsazení 9 stipendijních míst na letním jazykovém kurzu v Polsku. Termín odevzdání přihlášek je 12. února 2020 do 15 hodin.
Polsko dále nabízí stipendia ke studijním a výzkumným pobytům: nyní zůstává nevyužito cca 100 stipendijních měsíců studijních a výzkumných pobytů pro studenty BSP, MSP a DSP a 27 stipendijních měsíců studijních a výzkumných pobytů pro akademické pracovníky. Termín odevzdání přihlášek na tyto druhy pobytů je 27. února 2020 do 15 hodin.
Lotyšsko nabízí studentům BSP, MSP a DSP a VŠ učitelům 2 místa na tematicky a oborově zaměřených letních školách. Výuka probíhá v angličtině. Nabídka aktuálních letních škol bývá zveřejněna na přelomu ledna a února na stránkách lotyšské Státní agentury pro rozvoj vzdělávání. Termín odevzdání přihlášek je 14. února 2020 do 12:00.
Slovensko poskytuje stipendia na studijní pobyty pro studenty MSP a DSP. Celkem je k dispozici 10 stipendijních míst. Termín odevzdání přihlášek je 21. února 2020.
Podrobné informace o nabízených stipendiích a podmínkách pro uchazeče o pobyty v uvedených zemích naleznete v našem webovém vyhledávači. Zájemci doručí požadované dokumenty ve stanoveném termínudo sídla Akademické informační agentury (Dům zahraniční spolupráce, AIA, Na Poříčí 1035/4, 110 00 Praha 1).
Do výběrových řízení se mohou hlásit studenti, resp. vyučující veřejných VŠ. Obecné informace k výběrovým řízením naleznete zde.
Dovolujeme si Vás informovat o vypsání dodatečného výběrového řízení na obsazení 9 stipendijních míst na letním jazykovém kurzu v Polsku. Termín odevzdání přihlášek je 12. února 2020 do 15 hodin.
Polsko dále nabízí stipendia ke studijním a výzkumným pobytům: nyní zůstává nevyužito cca 100 stipendijních měsíců studijních a výzkumných pobytů pro studenty BSP, MSP a DSP a 27 stipendijních měsíců studijních a výzkumných pobytů pro akademické pracovníky. Termín odevzdání přihlášek na tyto druhy pobytů je 27. února 2020 do 15 hodin.
Lotyšsko nabízí studentům BSP, MSP a DSP a VŠ učitelům 2 místa na tematicky a oborově zaměřených letních školách. Výuka probíhá v angličtině. Nabídka aktuálních letních škol bývá zveřejněna na přelomu ledna a února na stránkách lotyšské Státní agentury pro rozvoj vzdělávání. Termín odevzdání přihlášek je 14. února 2020 do 12:00.
Slovensko poskytuje stipendia na studijní pobyty pro studenty MSP a DSP. Celkem je k dispozici 10 stipendijních míst. Termín odevzdání přihlášek je 21. února 2020.
Do výběrových řízení se mohou hlásit studenti, resp. vyučující veřejných VŠ. Obecné informace k výběrovým řízením naleznete zde.
Dovolujeme si Vás informovat o vypsání dodatečného výběrového řízení na obsazení 9 stipendijních míst na letním jazykovém kurzu v Polsku. Termín odevzdání přihlášek je 12. února 2020 do 15 hodin.
Polsko dále nabízí stipendia ke studijním a výzkumným pobytům: nyní zůstává nevyužito cca 100 stipendijních měsíců studijních a výzkumných pobytů pro studenty BSP, MSP a DSP a 27 stipendijních měsíců studijních a výzkumných pobytů pro akademické pracovníky. Termín odevzdání přihlášek na tyto druhy pobytů je 27. února 2020 do 15 hodin.
Lotyšsko nabízí studentům BSP, MSP a DSP a VŠ učitelům 2 místa na tematicky a oborově zaměřených letních školách. Výuka probíhá v angličtině. Nabídka aktuálních letních škol bývá zveřejněna na přelomu ledna a února na stránkách lotyšské Státní agentury pro rozvoj vzdělávání. Termín odevzdání přihlášek je 14. února 2020 do 12:00.
Slovensko poskytuje stipendia na studijní pobyty pro studenty MSP a DSP. Celkem je k dispozici 10 stipendijních míst. Termín odevzdání přihlášek je 21. února 2020.
Podrobné informace o nabízených stipendiích a podmínkách pro uchazeče o pobyty v uvedených zemích naleznete v našem webovém vyhledávači. Zájemci doručí požadované dokumenty ve stanoveném termínudo sídla Akademické informační agentury (Dům zahraniční spolupráce, AIA, Na Poříčí 1035/4, 110 00 Praha 1).
Do výběrových řízení se mohou hlásit studenti, resp. vyučující veřejných VŠ. Obecné informace k výběrovým řízením naleznete zde.
V termínu 20. – 22. září se ve Vídni uskuteční 68. německý kartografický kongres a zároveň středoevropská kartografická konference EuroCarto 2020. Příspěvky v angličtině či němčině v rozsahu 800 slov lze zasílat do 15. dubna. Témata konference jsou mimo jiné: Art and cartography Map Design, Usability and Cognition GeoVisual Analytics and Multivariate Big Data Mapping […]
The post Středoevropská kartografická konference EuroCarto 2020 (pozvánka) appeared first on GISportal.cz.
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from 10 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from 10 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
Get the animated gif here.
The Copernicus Sentinel-2 image can be found here.
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from 10 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
Get the animated gif here.
The Copernicus Sentinel-2 image can be found here.
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from 10 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
Get the animated gif here.
The Copernicus Sentinel-2 image can be found here.
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from 10 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
Get the animated gif here.
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from today, 11 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2011, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from 10 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2011, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
As anticipated, Pine Island Glacier, known as PIG for short, in Antarctica has just spawned a huge iceberg. At over 300 sq km, about the size of Malta, this huge berg very quickly broke into many ‘piglet’ pieces the largest of which is dubbed B-49. Thanks to images from the Copernicus Sentinel satellite missions, two large rifts in the glacier were spotted last year and scientists have been keeping a close eye on how quickly these cracks were growing. This animation uses 57 radar images captured by the Copernicus Sentinel-1 mission between February 2019 and February 2020 (the last frame is from today, 11 February 2020) and shows just how quickly the emerging cracks grew and led to this calving event.
Pine Island Glacier, along with its neighbour Thwaites Glacier, connect the centre of the West Antarctic Ice Sheet with the ocean – together discharging significant quantities of ice into the ocean. These two glaciers have been losing ice over the last 25 years. Owing to their extremely remote location, satellites play a critical role in measuring and monitoring Antarctic glaciology – revealing the timing and pace of glacial retreat in Antarctica. Since the early 1990s, the Pine Island Glacier’s ice velocity has increased dramatically to values which exceed 10 m a day. Its floating ice front, which has an average thickness of approximately 500 metres, has experienced a series of calving events over the past 30 years, some of which have abruptly changed the shape and position of the ice front.
These changes have been mapped by ESA-built satellites since the 1990s, with calving events occurring in 1992, 1995, 2001, 2007, 2011, 2013, 2015, 2017, 2018, and now 2020.
Mark Drinkwater, senior scientist and cryosphere specialist remarked, “The Copernicus twin Sentinel-1 all-weather satellites have established a porthole through which the public can watch events like this unfold in remote regions around the world. What is unsettling is that the daily data stream reveals the dramatic pace at which climate is redefining the face of Antarctica.”
Začátkem března se v Brně uskuteční dvoudenní geodetické informační dny. Akci 55. GID pořádá Spolek zeměměřičů Brno. Program v úterý 3. března 2020 Ing. Karel Večeře (předseda, Český úřad zeměměřický a katastrální): Dění v resortu ČÚZK v roce 2019 Ing. Michal Leitman (ředitel katastrálneho odboru, Úrad geodézie, kartografie a katastra SR): Informace z resortu ÚGKK SR Ing. Petr Souček, Ph.D. (Český úřad zeměměřický […]
The post Podrobný program 55. GID v Brně. Podívejte se appeared first on Zeměměřič.
Harmonogram SZZ pro únor 2020 je ke stažení ZDE.
Společnost Microsoft k datu 14. ledna 2020 ukončila podporu klientského operačního systému Windows 7.… >>
Státní pozemkový úřad vypsal nadlimitní veřejnou zakázku na komplexní pozemkové úpravy. Předmětem plnění nadlimitní veřejné zakázky na služby je zpracování návrhu komplexních pozemkových úprav (dále jen „KoPÚ“) Orličky, včetně nezbytných geodetických prací v třídě přesnosti určené pro obnovu katastru nemovitostí vyhláškou č. 357/2013 Sb. Návrh KoPÚ bude zpracován tak, aby jej bylo možno zapsat do katastru nemovitostí. […]
The post VZ: Komplexní pozemkové úpravy Orličky appeared first on Zeměměřič.
ČÚZK plánuje přerušit provoz Dálkového přístupu (DP) a Webových služeb dálkového přístupu (WSDP) ve čtvrtek 13.… >>
Na Geografickém ústavu bude 10. února zahájeno výběrové řízení pro vyjíždějící studenty v akademickém roce 2020/2021.
Přihlášky do výběrového řízení podávejte do 1. března 2020, a to elektronicky prostřednictvím systému ISOIS na adrese https://isois.ois.muni.cz/public/application-outgoing/. Akceptovány budou pouze úplné přihlášky včetně příloh.
Podrobnější informace k výběrovému řízení a seznam univerzit zapojených do programu naleznete na webu http://geogr.muni.cz/program-erasmus.
V případě dotazů kontaktujte oborové koordinátory dr. Burianovou nebo dr. Lásku.
Přečtěte si rozhovor se studentem Geografického ústavu PřF MU Michalem Vojtěchovským o zkušenostech v jeho dosavadním studiu - Erasmus v Norsku: moje zatím nejhezčí zkušenost v životě.
Největší středoevropská kartografická konference s názvem EUROCARTO 2020 se letos bude konat ve dnech 20. až 22. září ve Vídni. Jako témata letos organizátoři vybrali Art and cartography Map Design, Usability and Cognition GeoVisual Analytics and Multivariate Big Data Mapping Topographic Mapping, Generalization and Updates Collaborative Mapping, VGI and Crowdsourcing Thematic Cartography, Atlas Cartography and […]
The post Témata největší středoevropské kartografické konference Eurocarto 2020 ve Vídni appeared first on GeoBusiness.
Největší středoevropská kartografická konference s názvem EUROCARTO 2020 se letos bude konat ve dnech 20. až 22. září ve Vídni. Jako témata letos organizátoři vybrali Art and cartography Map Design, Usability and Cognition GeoVisual Analytics and Multivariate Big Data Mapping Topographic Mapping, Generalization and Updates Collaborative Mapping, VGI and Crowdsourcing Thematic Cartography, Atlas Cartography and […]
The post Témata největší středoevropské kartografické konference ve Vídni appeared first on GeoBusiness.
Although it has been a taboo at the European level up to now, the time has come to break this taboo and to recognise that space is an enabler of security and defence, with a defence dimension for Galileo and a security element for Copernicus, Internal Market Commissioner Thierry Breton said at the 12th Space Policy Conference in Brussels on 22 January.
In his address at the Conference, the Commissioner stressed that the security and defence element of the space programmes would be strengthened with the progressive launch of two new initiatives – a Space Situational Awareness (SSA) system to monitor space debris, and a Governmental Satellite Communication (GovSatCom) initiative to provide Member States with reliable and secure satellite communication to support police, border protection and civil defence.
These programmes will be partly under the responsibility of the European GNSS Agency (GSA) as its mandate expands with the creation of the new European Agency for the Space Programme (EUSPA). Speaking at the conference, GSA Chief Operating Officer Pascal Claudel noted that, while some of the elements in the EUSPA mandate had yet to be finalised, the GSA was already preparing to take it up and, in particular, has started preparatory activities for GovSatCom.
Read this: EU space infrastructure guarantees leadership in security and defence
Commissioner Thierry Breton outlined his objectives for the Galileo programme, one of which is to ensure the smooth development of the Public Regulated Service (PRS). “Galileo is also a strategic asset, designed to be used for military and civil security purposes,” he said. In turn, Claudel noted that the GSA’s experience with the PRS had been of particular value in setting up the project aiming at identifying GovSatCom user needs and technological requirements.
In addition to the PRS, Commissioner Breton’s other objectives for Galileo include continuing deploying the programme in order to reach the Full Operational Capability as soon as possible; continuing to improve precision - with a target of 20 cm; and preparing already for the second generation of Galileo, to stay ahead in the technological race.
As regards Space Situational Awareness and Space Surveillance and Tracking (SSA/SST), P. Claudel said that EUSPA would benefit from the GSA’s security-oriented approach and experience of working with Member States as users of the PRS service and handling classified information with multiple stakeholders. The experience that the GSA has in the operations of the Galileo Security Monitoring Centre would be beneficial for the SSA, he said.
Reference to the cyber security aspect of the Galileo programme was also made. “This is taken very seriously by the GSA. In recent years, new specific cyber security requirements have been defined and taken into account in the development of the Galileo system and its operations,” said the GSA COO.
And this: PRS – the future is bright!
The GSA puts measures in place based on regular monitoring and analysis of threats to the system. “Vulnerabilities are analysed regularly and security measures are set up,” said P. Claudel, adding that while the complexity of the GNSS systems makes this task very complex, the GSA has processes in place to handle this activity.
In his speech, Commissioner Thierry Breton stressed the importance of governance. He said that to develop his strategy and vision for the space programmes, it would be necessary to work efficiently together. “Governance is central to any successful strategy and project, political or industrial. ... When governance is not clear, mistakes happen or issues appear,” he said.
The Commissioner said he had the impression that, in Europe, a lot of time is spent discussing who does what – especially between public actors – rather than actually doing it. “Let me be loud and clear: This is not possible anymore. If we are to be successful and invest efficiently our citizens’ taxpayer money, we have to … work as a team,” he said, adding that this team includes the European Commission, National Space Agencies, the European Space Agency (ESA), the GSA, and industry.
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
Although it has been a taboo at the European level up to now, the time has come to break this taboo and to recognise that space is an enabler of security and defence, with a defence dimension for Galileo and a security element for Copernicus, Internal Market Commissioner Thierry Breton said at the 12th Space Policy Conference in Brussels on 22 January.
In his address at the Conference, the Commissioner stressed that the security and defence element of the space programmes would be strengthened with the progressive launch of two new initiatives – a Space Situational Awareness (SSA) system to monitor space debris, and a Governmental Satellite Communication (GovSatCom) initiative to provide Member States with reliable and secure satellite communication to support police, border protection and civil defence.
These programmes will be partly under the responsibility of the European GNSS Agency (GSA) as its mandate expands with the creation of the new European Agency for the Space Programme (EUSPA). Speaking at the conference, GSA Chief Operating Officer Pascal Claudel noted that, while some of the elements in the EUSPA mandate had yet to be finalised, the GSA was already preparing to take it up and, in particular, has started preparatory activities for GovSatCom.
Read this: EU space infrastructure guarantees leadership in security and defence
Commissioner Thierry Breton outlined his objectives for the Galileo programme, one of which is to ensure the smooth development of the Public Regulated Service (PRS). “Galileo is also a strategic asset, designed to be used for military and civil security purposes,” he said. In turn, Claudel noted that the GSA’s experience with the PRS had been of particular value in setting up the project aiming at identifying GovSatCom user needs and technological requirements.
In addition to the PRS, Commissioner Breton’s other objectives for Galileo include continuing deploying the programme in order to reach the Full Operational Capability as soon as possible; continuing to improve precision - with a target of 20 cm; and preparing already for the second generation of Galileo, to stay ahead in the technological race.
As regards Space Situational Awareness and Space Surveillance and Tracking (SSA/SST), P. Claudel said that EUSPA would benefit from the GSA’s security-oriented approach and experience of working with Member States as users of the PRS service and handling classified information with multiple stakeholders. The experience that the GSA has in the operations of the Galileo Security Monitoring Centre would be beneficial for the SSA, he said.
Reference to the cyber security aspect of the Galileo programme was also made. “This is taken very seriously by the GSA. In recent years, new specific cyber security requirements have been defined and taken into account in the development of the Galileo system and its operations,” said the GSA COO.
And this: PRS – the future is bright!
The GSA puts measures in place based on regular monitoring and analysis of threats to the system. “Vulnerabilities are analysed regularly and security measures are set up,” said P. Claudel, adding that while the complexity of the GNSS systems makes this task very complex, the GSA has processes in place to handle this activity.
In his speech, Commissioner Thierry Breton stressed the importance of governance. He said that to develop his strategy and vision for the space programmes, it would be necessary to work efficiently together. “Governance is central to any successful strategy and project, political or industrial. ... When governance is not clear, mistakes happen or issues appear,” he said.
The Commissioner said he had the impression that, in Europe, a lot of time is spent discussing who does what – especially between public actors – rather than actually doing it. “Let me be loud and clear: This is not possible anymore. If we are to be successful and invest efficiently our citizens’ taxpayer money, we have to … work as a team,” he said, adding that this team includes the European Commission, National Space Agencies, the European Space Agency (ESA), the GSA, and industry.
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
More than 120 representatives of companies and research institutions across Europe met at ESA’s NAVISP Industry Days, discussing dozens of projects being supported by the Agency’s newest programme, fostering innovation and competitiveness across the European positioning, navigation and timing sector.
More than 120 representatives of companies and research institutions across Europe met at ESA’s NAVISP Industry Days, discussing dozens of projects being supported by the Agency’s newest programme, fostering innovation and competitiveness across the European positioning, navigation and timing sector.
In this week's edition of the Earth from Space programme, the Copernicus Sentinel-1 mission takes us over part of the Dutch province of Flevoland – the newest province in the Netherlands and one of the largest land reclamation projects in the world.
See also Flevoland, the Netherlands to download the image.
In this week's edition of the Earth from Space programme, the Copernicus Sentinel-1 mission takes us over part of the Dutch province of Flevoland – the newest province in the Netherlands and one of the largest land reclamation projects in the world.
See also Flevoland, the Netherlands to download the image.
The Copernicus Sentinel-1 mission takes us over part of the Dutch province of Flevoland – the newest province in the Netherlands and one of the largest land reclamation projects in the world.
With almost a third of the country lying below sea level, the Netherlands is famously known as a ‘low country,’ and has a long history of land reclamation.
One reclamation project resulted in Flevoland. After a major flood it was decided to tame the Zuiderzee, a large, shallow inlet of the North Sea, to improve flood protection and also create additional land for agricultural use.
The project entailed the creation of land known as polders. The ‘Noordoostpolder,’ or the Northeast polder is the focus of this image. Over the years, the region has developed to become a home to a modern and innovative agricultural industry. The province produces predominantly apples, cereals, potatoes and flowers – with each colourful patch in the image representing a different crop.
This image combines three radar acquisitions from the Copernicus Sentinel-1 mission taken about two months apart to show change in crop and land conditions over time. The first image from 8 May 2018 is associated with blue, the second from 7 July depicts changes in green, and the third from 5 September has been linked to red.
Along the dikes of the Ijsselmeer, west of the Noordoostpolder, lies one of the largest wind farms in the Netherlands. The strong, almost star-shaped, reflections that can be seen near the shore are around 86 wind turbines. The wind farm is said to generate approximately 1.4 billion kWh of clean renewable energy per year – comparable to the power consumption of over 400 000 households.
Images acquired with radar are interpreted by studying the intensity of the backscatter radar signal, which is related to the roughness of the ground. Cities and towns are visible in white owing to the stronger reflection of the signal. Emmeloord can be seen in the centre of the Noordoostpolder, as well as several farms that appear as bright white dots along the roads.
This image is also featured on the Earth from Space video programme.