BEGIN:VCALENDAR
VERSION:2.0
PRODID:-//jEvents 2.0 for Joomla//EN
CALSCALE:GREGORIAN
METHOD:PUBLISH
BEGIN:VEVENT
UID:a5a03e8ea84eab1a3f9d44905936f685
CATEGORIES:Field and Summer Schools
CREATED:20161120T112230
SUMMARY:16th International Swiss Climate Summer School 2017 “High-resolution climate: observations, models and projections"
LOCATION:Ascona\, Switzerland
DESCRIPTION:The Swiss Climate Research, the network of leading Swiss institutions in cl
 imate research and education, invites young scientists to join high-profile
  climate researchers on the occasion of the 16th International Swiss Climat
 e Summer School 2017.\nWith the advent of satellites and high-performance c
 omputing, the resolution of climate information is dramatically increasing.
  This development is of critical importance from scientific and societal po
 ints of view. It will improve the representation of key processes, weather 
 systems and extreme events; reduce uncertainties in climate projections; an
 d facilitate the use of climate information for mitigation and adaptation m
 easures.\nTopics covered will include:\n\n - What observational methodologi
 es provide high-resolution data?\n - How suitable are current global and re
 gional climate models for high-resolution application?\n - What is the role
  of high resolution in representing extreme events such as heat waves, drou
 ghts, windstorms and floods?\n - How can we exploit the highly parallel and
  heterogeneous hardware architectures of emerging generations of high-perfo
 rmance supercomputers?\n - How can high-resolution information be used to i
 nform decision processes in the context of a changing climate?The courses c
 over a broad spectrum of cutting-edge climate research and foster cross-dis
 ciplinary links. Each topic includes keynote plenary lectures and workshops
  with in-depth discussion in smaller groups. All Summer School participants
  are expected to present a poster of their research. There will be ample op
 portunity for discussion. The Summer School is open to young researchers (P
 hD students and Post-Docs) worldwide from all fields of climate research. P
 articipation is highly competitive and will be limited to a maximum of 70.\
 nFurther information about the Summer School and the application procedure 
 can be found in the attached flyer or visit the website www.climateresearch
 .ch (http://www.climateresearch.ch)\nApplication deadline: 31 December 2016
 .\nContact and information: This email address is being protected from spam
 bots. You need JavaScript enabled to view it.
				document.getElementById('
 cloak7d796b99b906e883212d794f41ad6040').innerHTML = '';
				var prefix = '&
 #109;a' + 'il' + 'to';
				var path = 'hr' + 'ef' + '=';
				var 
 addy7d796b99b906e883212d794f41ad6040 = 'summerschool201
 7' + '@';
				addy7d796b99b906e883212d794f41ad6040 = addy7d796b99b906e8
 83212d794f41ad6040 + 'env' + '.' + 'ethz' + '.' + 'ch';
	
 			var addy_text7d796b99b906e883212d794f41ad6040 = 'summersch&#11
 1;ol2017' + '@' + 'env' + '.' + 'ethz' + '.' + '
 ch';document.getElementById('cloak7d796b99b906e883212d794f41ad6040').innerH
 TML += '<a ' + path + '\'' + prefix + ':' + addy7d796b99b906e883212d794f41a
 d6040 + '\'>'+addy_text7d796b99b906e883212d794f41ad6040+'';
		\nThe organis
 ing committee:\nChristoph Schär (ETH Zurich/C2SM), Christina Schnadt Pobera
 j (C2SM), Stefan Brönnimann (OCCR Bern), Olivia Martius (OCCR Bern), Heini 
 Wernli (ETH Zurich/C2SM), Oliver Fuhrer (MeteoSwiss)\n
X-ALT-DESC;FMTTYPE=text/html:<p>The Swiss Climate Research, the network of leading Swiss institutions in
  climate research and education, invites young scientists to join high-prof
 ile climate researchers on the occasion of the 16th International Swiss Cli
 mate Summer School 2017.</p><p>With the advent of satellites and high-perfo
 rmance computing, the resolution of climate information is dramatically inc
 reasing. This development is of critical importance from scientific and soc
 ietal points of view. It will improve the representation of key processes, 
 weather systems and extreme events; reduce uncertainties in climate project
 ions; and facilitate the use of climate information for mitigation and adap
 tation measures.</p><p>Topics covered will include:</p><ul><li>What observa
 tional methodologies provide high-resolution data?</li><li>How suitable are
  current global and regional climate models for high-resolution application
 ?</li><li>What is the role of high resolution in representing extreme event
 s such as heat waves, droughts, windstorms and floods?</li><li>How can we e
 xploit the highly parallel and heterogeneous hardware architectures of emer
 ging generations of high-performance supercomputers?</li><li>How can high-r
 esolution information be used to inform decision processes in the context o
 f a changing climate?</li></ul><p>The courses cover a broad spectrum of cut
 ting-edge climate research and foster cross-disciplinary links. Each topic 
 includes keynote plenary lectures and workshops with in-depth discussion in
  smaller groups. All Summer School participants are expected to present a p
 oster of their research. There will be ample opportunity for discussion. Th
 e Summer School is open to young researchers (PhD students and Post-Docs) w
 orldwide from all fields of climate research. Participation is highly compe
 titive and will be limited to a maximum of 70.</p><p>Further information ab
 out the Summer School and the application procedure can be found in the att
 ached flyer or visit the website <a href="http://www.climateresearch.ch">ww
 w.climateresearch.ch</a></p><p><strong>Application deadline: 31 December 20
 16.</strong></p><p>Contact and information: <span id="cloak7d796b99b906e883
 212d794f41ad6040">This email address is being protected from spambots. You 
 need JavaScript enabled to view it.</span><script type='text/javascript'>
	
 			document.getElementById('cloak7d796b99b906e883212d794f41ad6040').innerHT
 ML = '';
				var prefix = '&#109;a' + 'i&#108;' + '&#116;o';
				var path =
  'hr' + 'ef' + '=';
				var addy7d796b99b906e883212d794f41ad6040 = 's&#117;
 mm&#101;rsch&#111;&#111;l2017' + '&#64;';
				addy7d796b99b906e883212d794f4
 1ad6040 = addy7d796b99b906e883212d794f41ad6040 + '&#101;nv' + '&#46;' + '&#
 101;thz' + '&#46;' + 'ch';
				var addy_text7d796b99b906e883212d794f41ad604
 0 = 's&#117;mm&#101;rsch&#111;&#111;l2017' + '&#64;' + '&#101;nv' + '&#46;'
  + '&#101;thz' + '&#46;' + 'ch';document.getElementById('cloak7d796b99b906e
 883212d794f41ad6040').innerHTML += '<a ' + path + '\'' + prefix + ':' + add
 y7d796b99b906e883212d794f41ad6040 + '\'>'+addy_text7d796b99b906e883212d794f
 41ad6040+'<\/a>';
		</script></p><p>The organising committee:<br />Christop
 h Schär (ETH Zurich/C2SM), Christina Schnadt Poberaj (C2SM), Stefan Brönnim
 ann (OCCR Bern), Olivia Martius (OCCR Bern), Heini Wernli (ETH Zurich/C2SM)
 , Oliver Fuhrer (MeteoSwiss)</p>
CONTACT:This email address is being protected from spambots. You need JavaScript enabled to view it.
				document.getElementById('cloak309ec84c7fe8d7fe2be5ca2a4763a2fb').innerHTML = '';
				var prefix = '&#109;a' + 'i&#108;' + '&#116;o';
				var path = 'hr' + 'ef' + '=';
				var addy309ec84c7fe8d7fe2be5ca2a4763a2fb = 's&#117;mm&#101;rsch&#111;&#111;l2017' + '&#64;';
				addy309ec84c7fe8d7fe2be5ca2a4763a2fb = addy309ec84c7fe8d7fe2be5ca2a4763a2fb + '&#101;nv' + '&#46;' + '&#101;thz' + '&#46;' + 'ch';
				var addy_text309ec84c7fe8d7fe2be5ca2a4763a2fb = 's&#117;mm&#101;rsch&#111;&#111;l2017' + '&#64;' + '&#101;nv' + '&#46;' + '&#101;thz' + '&#46;' + 'ch';document.getElementById('cloak309ec84c7fe8d7fe2be5ca2a4763a2fb').innerHTML += '<a ' + path + '\'' + prefix + ':' + addy309ec84c7fe8d7fe2be5ca2a4763a2fb + '\'>'+addy_text309ec84c7fe8d7fe2be5ca2a4763a2fb+'';
		
DTSTAMP:20260429T132108Z
DTSTART;TZID=UTC;VALUE=DATE:20170903
DTEND;TZID=UTC;VALUE=DATE:20170909
SEQUENCE:0
TRANSP:OPAQUE
END:VEVENT
END:VCALENDAR