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Results:

• 41. Water_resources_man_Veijalainen_etal

  A A SM J J O N D J F M A A SM J J O N D J F M A A SM J J O N D J F M A A SM J J O N D J F M A A SM J J O N D J F M A A SM J J O N D 2010–39 (a) (b) 93. 0 93. 5 94. 0 94. 5 2040–69 Lake Pielinen 93. 0 93. 5 94. 0 94. 5 2070–99 94. 5 95. 5 96. 5 2010–39 94. 5 95. 5 96. 5 2040–69 Lake Syväri 94. 5 95. 5 96. 5 2070–99 75. 4 75. 8 76. 2 76. 6 2010–39 75. 4 75. 8 76. 2 76. 6 2040–69 Lake Saimaa 75. 4 75 /media/ces/Water_resources_man_Veijalainen_etal.pdf

• 42. The weather in Iceland in 2020

  30.2 220 131 Brjánslækur 1293.6 # 122 69 186 144 Litla-Ávík 1033.2 # 119 35.6 250 164 Litla-Hlíð 472.2 # 123 19.1 204 111 Sauðanesviti 1028.7 # 114 28.8 251 154 Akureyri 762.1 147 121 50.2 212 132 Grímsstaðir 482.4 137 111 33.7 204 105 /about-imo/news/the-weather-in-iceland-in-2020

• 43. BIGJ_windrose_2005-2014

  of observations for wind direction) Icelandic Met Office 02. júl. 2015 4 9 3 4 3 3 1 1 2 1 5 1 1 1 2 3 1 21 9 Wind rose BIGJ July 2005−2014 90 80 70 60 50 40 30 2010360350340 330 320 310 300 290 280 270 260 250 240 230 220 210 200 190 180 170 160 150 140 130 120 110 100 2 4 6 8 10 12 Frequency of wind direction (%) Aerodrome Total observations: 69 Calm: 4.3% Variable /media/vedur/BIGJ_windrose_2005-2014.pdf

• 44. The weather in Iceland in 2022

  156 Stykkishólmur 794.1 108 107 29.8 211 136 Hólar í Dýrafirði 940.9 # 79 62.5 236 132 Litla-Ávík 874.1 # 100 30.2 245 149 Sauðanesviti 1252.5 142 133 57.9 234 153 Akureyri 600.9 105 92 33.2 203 115 Grímsstaðir 551.4 141 123 23.9 234 124 /about-imo/news/the-weather-in-iceland-in-2022

• 45. VI_arsskyrsla2020

  /media/vedurstofan-utgafa-2020/VI_arsskyrsla2020.pdf

• 46. Group-1_Scenarios-for-AWM

  and Vulnerability, Cambridge University Press, Cambridge, United Kingdom and New York, NY, USA. Jaroslav Mysiak, Hans Jørgen Henrikson, Caroline Sullivan, John Bromley and Claudia Pahl-Wostl, 2010, The Adaptive Water Resource Management Handbook, Earthscan Dunstan House, pp 199. /media/loftslag/Group-1_Scenarios-for-AWM.pdf

• 47. BIBD_windrose_2005-2014

  W N (Number of observations for wind direction) Icelandic Met Office 02. júl. 2015 36 2 69 4 138 2 187 3 151 2 106 7 83 1 58 1 36 0 20 3 17 6 14 5 14 9 11 0 10 6 13 0 16 7 29 8 55 2 73 0 95 6 140 7 98 9 41 9 20 2 17 7 8 1 6 4 4 8 3 7 5 7 4 4 4 5 7 3 9 2 18 5 Wind rose BIBD January 2005−2014 90 80 70 60 50 40 30 2010360350340 330 320 310 300 290 280 270 /media/vedur/BIBD_windrose_2005-2014.pdf

• 48. BIIS_windrose_2005-2014

  (Number of observations for wind direction) Icelandic Met Office 02. júl. 2015 28 6 85 3 223 1 339 5 367 0 315 2 161 9 89 4 34 6 11 7 18 7 9 7 7 7 15 9 8 7 7 2 14 9 7 4 22 6 36 9 69 6 148 3 183 1 148 5 96 9 45 1 21 1 9 3 7 8 2 0 1 7 2 4 1 2 1 6 7 3 11 6 Wind rose BIIS January 2005−2014 90 80 70 60 50 40 30 2010360350340 330 320 310 300 290 280 270 260 /media/vedur/BIIS_windrose_2005-2014.pdf

• 49. Paper-Olafur-Rognvaldsson_91

  : or@belgingur.is, Orkugarður, Grensásvegur 9, 108 Reykjavík ABSTRACT Atmospheric flow over Iceland has been simulated for the period Jan- uary 1961 to July 2006, using the mesoscale MM5 model driven by initial and boundary data from the ECMWF. The simulated precipi- tation is compared to estimates derived from mass balance measure- ments on the Icelandic ice caps. It is found that the simulated pre /media/ces/Paper-Olafur-Rognvaldsson_91.pdf

• 50. Paper-Olafur-Rognvaldsson_92

  for Meteorological Research, Reykjavík, Iceland 5Bergen School of Meteorology, Geophysical Insitute, University of Bergen, Norway †Corresponding author: or@belgingur.is, Orkugarður, Grensásvegur 9, 108 Reykjavík ABSTRACT Atmospheric flow over Iceland has been simulated for the period Jan- uary 1961 to July 2006, using the mesoscale MM5 model driven by initial and boundary data from the ECMWF. Firstly /media/ces/Paper-Olafur-Rognvaldsson_92.pdf