Below we therefore focus on. N and south of 7. S, respectively. Mean annual surface air. MAAT) anomaly 7. 0- 9. N compared to the WMO normal period 1. Hadley CRUT. Had. CRUT4 temperature data from the Climatic. Research Unit (CRU). The number of high latitude. Latest update: 4 February 2. Please. note: Had. CRUT4 has improved data coverage in the Arctic, compared to the. Had. CRUT3. As the planetary circumference changes rapidly with. This. is in contrast to the procedure followed by Gillet et al. Mean annual surface air. MAAT) anomaly 7. 0- 9. S compared to the WMO normal period 1. Hadley CRUT. The international geophysical year 1. Antarctic. Had. CRUT4 temperature data from the Climatic. Research Unit (CRU). Latest update: 4 February 2. Please. note: Had. CRUT4 has improved data coverage in the Arctic, compared to the. View the Thor Four Winds Sprinter at Motor Home Specialist the #1 Volume Selling Motorhome Dealer in the World! Between Winds and Clouds The Making of Yunnan (Second Century BCE to Twentieth Century CE) Bin Yang. Had. CRUT3. As the planetary circumference changes rapidly with. This. is in contrast to the procedure followed by Gillet et al. Global. monthly average lower troposphere temperature since 1. North Pole and. South Pole regions, based on satellite observations (University. Alabama at Huntsville, USA). This graph uses data obtained by the National Oceanographic and. Atmospheric Administration (NOAA) TIROS- N satellite, interpreted by Dr. Thick lines. are the simple running 3. Click. here to read about data smoothing. Click. here to download the entire series of. UAH MSU global monthly lower troposphere temperatures since December 1. Temperature in Polar regions: Arctic and Antarctic. General; Arctic temperature change; Antarctic temperature change; Recent temperature changes in. Bermuda's Climate and Weather Year-round temperatures and hurricanes, cooler in winter than Caribbean 1,000 miles south. By Keith Archibald Forbes (see About Us. 60's & 70's concerts in kansas city listing venues & concerts in KC from 60's & 70's with dates and concerts and kansas city venues for 60's & 70's. 1978 Spencer 1330 Sail boat for sale, located in Washington, GIG HARBOR. Reference. period 1. Last month shown. October 2. 01. 6. Last diagram update: 1. Wind of Change ist der Titel einer Rockballade der Scorpions, die im September 1989 von Scorpions-S Strong winds in South Africa: Part 2 Mapping of updated statistics. A C Kruger; J V Retief; A M Goliger. 1978 year in review w/facts, trivia, pop culture, headlines, news, history, technology, entertainment, sports, music, movies, tv, what happened in. November 2. 01. 6. Click. here to download the entire series of. UAH MSU global monthly lower troposphere temperatures since December 1. Click. here to read about data smoothing. Global. monthly average lower troposphere temperature since 1. N) and southern (6. S) polar regions, according to. Remote Sensing Systems (RSS). These graphs uses data obtained by the National Oceanographic and. Atmospheric Administration (NOAA) TIROS- N satellite, and interpreted by Dr. Thick lines are the simple running 3. Click. here for a description of RSS MSU data products. Please. note that RSS January 2. Version 3. 2 to Version 3. MSU/AMSU. lower tropospheric (TLT) temperature product. Click. here to read a description of the change from version 3. Last diagram update: 7 November 2. Click. here to download the entire series of RSS. MSU global monthly lower troposphere temperatures since January 1. Click. here to read about data smoothing. Click. here to jump back to the list of contents. The. above diagrams show changes of average temperatures only. To. enable a more detailed analysis of recent spatial surface air temperature. N and. respectively. In these tables recent monthly surface air temperatures are compared with the. As mentioned above, global climate models. CO2, especially in the two polar. Geographical regions with. C) to the right in the. The number in the lowermost left corner represents the temperature. The time series. of these monthly values are shown in the diagram below each table. Click. here to jump back to the list of contents. Recent. surface temperatures north of 1. N according to the Earth. System Research Laboratory at NOAA. Click. here to see the original diagram or to check for a more recent update than. Date: 1. 9. November 2. Click. here to jump back to the list of contents. Spatial distribution of monthly. N in relation to the average. Starting from 2. 01. In the individual diagrams the month is indicated by a number: 1 =. January, 2 = February, etc. Click on the individual small diagrams to open. Please also read the notes here. Similar spatial temperature diagrams. Data source: NASA Goddard. Institute for Space Studies (GISS). Last diagram update 1. November. 2. 01. 6. The thin blue line shows the monthly temperature anomaly, while the. Last month shown. September 2. 01. 6. Last diagram update: 1. November 2. 01. 6. Diagram. showing area weighted Arctic (7. N) monthly. surface air temperature anomalies (Had. CRUT4) since January. WMO normal period. The thin blue line shows the monthly temperature anomaly, while the. Last month shown. September 2. 01. 6. Last diagram update: 1. November 2. 01. 6. Diagram. showing area weighted Arctic (7. N) monthly. surface air temperature anomalies (Had. CRUT4) since January. WMO normal period. The thin blue line shows the monthly temperature anomaly, while the. Because of the relatively small number of. Arctic stations before 1. The period from about 1. Arctic meteorological stations, first in. Russia and Siberia, and following the 2nd World War, also in North America. The period since 2. Last month shown. September 2. 01. 6. Last diagram update: 1. November 2. 01. 6. Note. to the three Arctic temperature diagrams above: As the Had. CRUT4 data series has. Had. CRUT3 series) the individual 5ox. This is in. contrast to Gillet et al. Source: The. Danish Meteorological Institute (DMI), Centre. Ocean and Ice. Click. Long. Arctic surface annual air temperature series: Fairbanks (Alaska). Nuuk (Greenland). Akureyri (Iceland), Svalbard. Norway), Ostrov Dikson. Siberia), and Hatanga. Siberia). Almost. In such cases. the missing values were generated as either 1) the average of the preceding and. The thin blue line represents the mean. Click. here to read about data smoothing. Based on the results from an average of the. IPCC. temperature projections were produced for the next century. The models all. predicted a steady rise in annual mean surface air temperature with, on average. C higher by 2. 10. C (World. Meteorological Organization 2. Click. here to jump back to the list of contents. Recent. weather in the Antarctic and adjoining. University. of Cologne, on 1. September 2. 01. 3. Observation time (GMT) is indicated above the. Surface air temperature is shown by numbers (o. C). Click. here for a list of other symbols used. In this list symbol numbers are. Click. here to see the original diagram or to check for a more recent update than. Click. here to jump back to the list of contents. Spatial distribution of monthly. S in relation to the average. In the individual diagrams the month is indicated by a number: 1 =. January, 2 = February, etc. Click on the individual small diagrams to open. Similar spatial temperature diagrams. Please also read the notes here. Data source: NASA Goddard. Institute for Space Studies (GISS). Last figure update. Diagram. showing area weighted Antarctic (7. S) monthly. surface air temperature anomalies (Had. CRUT4) since January 2. WMO normal period. Last month shown. September 2. 01. 6. Last diagram update: 1. November 2. 01. 6. Diagram. showing area weighted Antarctic ( 7. S) monthly. surface air temperature anomalies (Had. CRUT4) since January 2. WMO normal period. The year 1. 95. 7 was an international geophysical year, and several. Antarctic because of this. Last month shown. September 2. 01. 6. Last diagram update: 1. November 2. 01. 6. Note. to the two Antarctic temperature diagrams above: As the Had. CRUT4 data series has. Had. CRUT3 series) the individual 5ox. This is in. contrast to Gillet et al. Almost unavoidably. In such cases. the missing values were generated as either 1) the average of the preceding and. The thin blue line represents the mean. Click. here to read about data smoothing. Data source: NASA Goddard Institute for Space Studies. GISS) and Rimfrost. Last year shown. 2. There would be a. Large parts of the high interior of the Antarctic would experience. C per decade (World. Meteorological Organization 2. Click. here to jump back to the list of contents. All. diagrams shown in the tables above were prepared using gridded data downloaded from the public domain NASA. Goddard Institute for Space Studies. GISS) web page. For surface. The kriging procedure attempts to express. It is usually recommended for. The. GISS temperature database attempts to provide a more complete representation of. Arctic region than most other databases, which is the reason for using this. It. does so by taking spatial correlation into account through extrapolating and. The real datapoints, however, remains identical to those. It should be noted that the observation network is not. Thus, temperature changes displayed within the central part of the Arctic. Ocean should be interpreted with. To a high degree contour patterns in such areas with less. Late 2. 0th century concerns about. Existing knowledge on Quaternary climate. Global Climate Models (GCMs) predict that the effect of any ongoing and. In addition. variations in the thickness of sea- ice tend to reinforce surface atmospheric. Thus, during the last 1. Arctic has gained a prominent role. The. alleged enhanced temperature increase at high latitudes is mainly due to two theoretical. Firstly. atmospheric carbon dioxide (CO2) has its greatest absorption of. IR) at sub- zero temperatures, as its absorption bands lie in. IR surface emission from polar ice and snow. At higher temperatures, the typical. IR surface transmission is less than 1. CO2. At temperatures near the average. Earth (c. This is the so- called `radiation window' of the atmosphere where IR. Secondly. by far the most powerful atmospheric greenhouse gas is water vapour. Water. vapour shares many overlapping absorption bands with CO2 and. CO2 has limited. effect on the overall rate of IR absorption in those overlapping regions, if. In the Polar Regions, the air is dry due to. CO2 to exert a much greater. Here water vapour saturates the absorption wavebands to the point. CO2 have little effect. In addition to the enhanced. Arctic climate is influenced by a powerful positive feedback. Rising temperatures will usually increase melting of snow. Conversely, if climate cools, less snow. For. the above reasons, an important enhanced greenhouse surface . This is the basic reason for much renewed research interest in Arctic. Arctic (Giorgi. 2. Analyses by different GCMs specifically of an enhanced greenhouse. Polar Regions now should be experiencing a. The cryosphere is a. Polar Regions, represented by. The physical properties of snow and ice. Polar climates. Click. Winter conditions in the. Fardalen, central Spitsbergen, April 1.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
January 2017
Categories |