63 results were found for WA 0821 1305 0400 RAB Interior Kamar Set Minimalis Apartemen Murah Cinere Kota Depok.

Results:

• 31. A heatwave in Iceland

  A heatwave in Iceland New absolute maximum temperature record in Reykjavík 31.7.2008 During the the last week of July, Iceland experienced a rare heatwave. It culminated on 30 July, when new records were set. The maximum temperature in Reykjavík /about-imo/news/nr/1362

• 32. Strong gales

  new wind records since automatic measurements began in town in 2002. At Stórhöfði, the famous synoptic weather station located on Heimaey island's southern tip, the automatic weather station recorded wind-speed* of 44.6 m/s and gusts of 52.7 m/s, the highest since it was set up in 2004. However, that time-span is short compared to 90 years of manned observation at Stórhöfði. New records were /about-imo/news/nr/1732

• 33. Strong gales

  and gusts measuring 45.8 m/s were recorded at the height of the storm, setting new wind records since automatic measurements began in town in 2002. At Stórhöfði, the famous synoptic weather station located on Heimaey island's southern tip, the automatic weather station recorded wind-speed* of 44.6 m/s and gusts of 52.7 m/s, the highest since it was set up in 2004. However, that time-span /about-imo/news/nr/1732/

• 34. norsem_slunga

  Rock stress boundaries deduced from rock stress measurements Ragnar Slunga QuakeLook Stockholm AB - ragnar.slunga@quakelook.se tel.: +46703773507 Jamison and Cook (1978) analyzed the state of stress in the crust based on a set of some 50 3-D stress measurements from all over the world. They found a linear relationship between the maximum shear stress and the sum of the maximum and minimum /media/norsem/norsem_slunga.pdf

• 35. Monitoring device rescued from the lava

  Pedersen and Morten S. Riishuus from the Institute of Earth Sciences and Reynir Pétursson from Reykjavik Helicopters. The DOAS will be tested for any damage it may have suffered during months of being surrounded by hot lava and gases. It will be fixed and set back up near the eruption, where it will make continuous SO2 emission rate measurements that are streamed back to IMO. This instrument /about-imo/news/nr/3060

• 36. Hazard zoning

  the no-access area around the eruption site by the Icelandic Civil Protection throughout the eruption. Preliminary maps were produced considering a short meteorological data set (one month); and were only done for 50% and 90% likelihood of occurrence. A more proper data set of runs was done using 10 years of meteorological data from the ECMWF and probabilistic hazard maps accounting /pollution-and-radiation/volcanic-gas/hazard-zoning/

• 37. Hazard zoning

  the no-access area around the eruption site by the Icelandic Civil Protection throughout the eruption. Preliminary maps were produced considering a short meteorological data set (one month); and were only done for 50% and 90% likelihood of occurrence. A more proper data set of runs was done using 10 years of meteorological data from the ECMWF and probabilistic hazard maps accounting /pollution-and-radiation/volcanic-gas/hazard-zoning

• 38. VI_2009_012

  between three models for an Mw(v)6.5 event. .............................. 28  Figure 13. An M6.5 reference event and various PGA model predictions. ........................... 29  List of tables Table 1. Origin time, location and magnitude estimates of five calibration events. .............. 13  Table 2. Origin times and locations of the events in the data set /media/vedurstofan/utgafa/skyrslur/2009/VI_2009_012.pdf

• 39. A FUTUREVOLC exercise

  and procedures introduced by FutureVolc. A Scientific Advisory Board was formed to discuss the evolving situation. Procedures for sending monitoring teams into the field were practiced and the set-up of new equipment for taking ash samples was tested. FutureVolc partners were able to practice evaluating monitoring data from seismometers, radar and GPS stations, the acquisition of satellite data /about-imo/news/nr/3277

• 40. Measuring glaciers

  at the mapping of the surface of the largest glaciers using laser technology from airplane. The project is endorsed by the Icelandic Polar Year Commission. It set out in September 2008, comprising Hofsjökull, Mýrdalsjökull, Eyjafjallajökull, Eiríksjökull and Snæfellsjökull. The outlines of Icelandic glaciers have been registered, using maps, aerial photographs and satellite images. The data has been /hydrology/glaciers/