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Par Collection Par Auteur- ADAMCZYK, A.B., (Editeur scientifique) (14)
- BŁAŻEJCZYK, K., (Editeur scientifique) (14)
- Elbée, Jean d', (Editeur scientifique) (10)
- Prouzet, Patrick, (Editeur scientifique) (10)
- STARKEL, L., (Editeur scientifique) (7)
- Université de Dijon, Dijon, France, (Université de soutenance) (6)
- Chaussepied, Marcel, (Editeur scientifique) (5)
- Drévès, Luc, (Editeur scientifique) (5)
- FONTAINE, B., (Directeur de thèse) (5)
- LEONOV, A.V. (5)
- BEYLICH, A.A. (4)
- ENDLICHER, W., (Editeur scientifique) (4)
- LAMOUREUX, S.F. (4)
- MIKKAN, R., (Editeur scientifique) (4)
- MAHERAS, P. (4)
- MARTYNOVA, M.V. (4)
- PIŜAL'NIK, V.M. (4)
- TITOV, V.B. (4)
- Association Internationale de Climatologie, International, (Commanditaire) (3)
- BAERISWYL, P. A., (Editeur scientifique) (3)
- 2012 (107)
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- Physical geography (183)
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- Human geography (12)
- Geography of polar regions (11)
- History of geography (3)
- (1875-1975) ; Actuel ; Climatologie ; Cohérence spatiale ; Continentalité ; Corrélation ; Europe ; Gphy ; Géographie physique ; Océanité ; Persistance ; Série chronologique ; Température ; Température moyenne saisonnière ; Tendance ; Variabilité ; Variabilité interannuelle ; Variation climatique (1)
- (1876-1973) ; Analyse spectrale ; Atlantique ; Atlantique Nord-Est ; Atmosphère ; Eau de mer ; England ; Eté ; Europe ; Europe centrale ; Europe du Nord-Ouest ; Géographie physique ; Hiver ; Interaction océan-atmosphère ; Océan ; Royaume-Uni ; Série chronologique ; Température (1)
- (1880-1979) ; Analyse harmonique ; Climatologie ; Cycle climatique ; Cyclone tropical ; Dynamique de l'atmosphère ; Dépression tropicale ; Golfe du Bengale ; Géographie physique ; Inde ; Mousson ; Post-mousson, saison ; Périodicité ; Spectre de puissance ; Statistique ; Série chronologique ; Tempête cyclonique ; Tendance ; Zone intertropicale (1)
- (1885-1980) ; Amérique du Nord ; Analyse en composantes principales ; Analyse multivariée ; Atlantique ; Atlantique Nord-Est ; Climat ; Connexion ; Corrélation ; Cyclone extratropical ; Dynamique de l'atmosphère ; Eastern North America ; Enchaînement des saisons ; Eté ; Fréquence ; Géographie physique ; Hiver ; Persistance ; Perturbation ; Prévision ; Prévision climatologique ; Prévision météorologique ; Prévision semestrielle ; Saison ; Série chronologique (1)
- (1886-1974) ; Atlantique ; Atlantique, Nord ; Cyclone ; Dynamique de l'atmosphère ; Géographie physique ; Hémisphère Nord ; Ouragan ; Saison (1)
- (1894-1978) ; Analyse multivariée ; Anomalie climatique ; Anticyclone ; Automne ; Centre d'action ; Circulation atmosphérique ; Circulation latitudinale ; Circulation méridienne ; Climat ; Corrélation ; Dépression ; Etats-Unis ; Eté ; Géographie physique ; Pression atmosphérique ; Printemps ; Précipitation ; Statistique ; Série chronologique ; Température ; Vecteur propre (1)
- (1894-1978) ; Analyse multivariée ; Anomalie climatique ; Anticyclone ; Centre d'action ; Circulation atmosphérique ; Circulation latitudinale ; Circulation méridienne ; Climat ; Corrélation ; Dépression ; Etats-Unis ; Géographie physique ; Hiver ; Jet stream ; Pression atmosphérique ; Précipitation ; Statistique ; Série chronologique ; Température ; Type de temps ; Vallée planétaire ; Vecteur propre (1)
- (1897-1960) ; Amérique du Nord ; Analyse spectrale ; Climatologie ; Cycle climatique ; Europe ; Géographie physique ; Méthodologie ; Précipitation ; Précipitation saisonnière ; Périodicité ; Série chronologique ; Variation climatique (1)
- (1899-1971) ; Amérique du Nord ; Anomalie climatique ; Circulation atmosphérique ; Climat ; Corrélation ; Géographie physique ; Pacifique Nord ; Pacifique, îles ; Pression atmosphérique ; Processus aléatoire ; Précipitation ; Saison ; Température ; Type de circulation ; Type de temps ; Variation climatique (1)
- (1899-1978) ; Anomalie thermique ; Asie ; Atlantique ; Atlantique, nord ; Atmosphère ; Climat ; Climatologie ; Court terme ; Europe ; Gphy ; Géographie physique ; Modèle ; Modèle de prévision ; Modèle statistique ; Météorologie ; Océan ; Oscillation nord-atlantique ; Persistance ; Pression atmosphérique ; Prévision ; Prévision climatologique ; Prévision météorologique ; Température ; Température de surface ; Température moyenne ; Téléconnexion ; Variabilité ; Variabilité interannuelle ; Zone tempérée (1)
- (1900-1982) ; (1950-1982) ; Atlantique ; Cyclone tropical ; Dynamique de l'atmosphère ; El Nino ; Géographie physique ; Océan ; Oscillation quasibiennale ; Pression atmosphérique ; Série chronologique ; Température de surface ; Téléconnexion ; Variabilité interannuelle ; Zone intertropicale (1)
- Les relations Climat-Homme-Climat (14)
- Océanographie du Golfe de Gasgogne (Biarritz, 4-6 avril 2000) (10)
- Restauration des écosystèmes cotiers / coorg. Luc Drévès, Marcel Chaussepied (IFREMER, 2001) (5)
- Global change : polish perspectives (4)
- MENDOCLIMA. Clima urbano y contaminación atmosférica del Gran Mendoza (4)
- MENDOCLIMA. Climat urbain et pollution atmosphérique du Grand Mendoza (4)
- Special issue : Methods of mass balance measurements and modeling (4)
- Special issue. Sedimentary fluxes and budgets in changing cold environments : quantitative analysis and scaling issues (4)
- 3e Symposium International. Cavités glaciaires et cryokarst en régions polaires et de haute montagne. Actes (3)
- Climat urbain et qualité de l'air (3)
- Environmental fluxes in polar regions under changing climate. Special issue (3)
- Polar studies of the Jagellonian university. Vol. 2. Spitsbergen expeditions 1983-1987 (3)
- Précipitations et cultures céréalières dans le Centre-ouest du Maroc (3)
- 45 años del Instituto de Geografía (2)
- Alpine cryosphere (2)
- An assessment of changes in seasonal and annual extreme rainfall in the UK between 1961 and 2009 (2)
- Approches spatiales multiscalaires en climatologie (2)
- Arctic and alpine geomorphology and environmental change (2)
- Bassins expérimentaux (2)
- Biomineralization processes of iron and manganese. Modern and ancient environments (2)
- Spring melt patterns in the Kara/Barents Sea : 1984
- This paper describes a methodology, based on Extended Principal Components Analysis, which is used to categorize the spatial and temporal patterns of surface change that occur in the Seasonal Sea Ice Zone during the spring/early summer
- . The methodology is demonstrated for the Kara/Barents Sea in spring 1984 using data from the Nimbus-7 Scanning Multichannel Microwave Radiometer. The analysis shows conditions in the Barents Sea to be largely controlled by ice advection, while the variance
- Seasonal air temperature variations retrieved from a Geladaindong ice core, Tibetan Plateau
- Air temperature ; China ; Climate ; Climatic variability ; Ice core ; Monsoon ; Oxygen 18 ; Seasonality ; Temperature ; Tibet
- Based on the Geladaindong ice core δ oxygen-18 record from firn basin of the Guoqu glacier, the spring and summer air temperature time series were reconstructed, and the annual and decadal variational characteristics of spring and summer air
- Effects of climatic variability on winter-spring runoff in New England river basins
- Climatic data ; Flood ; Hydrology ; New England ; Rill wash ; Snow ; Spring ; Statistics ; Temperature ; United States ; Watershed ; Winter
- The effects of climatic variability on the time distribution of runoff and the timing and magnitude of maximum-flow events during the winter-spring season of December-April were examined through statistical analysis of hydrologic and climatic data
- for thirteen river basins in Vermont, New Hampshire, and Massachussetts. Within each basin, higher temperatures and lower snowfall result in a more uniform distribution of flow throughout the season. This relationship is also observed across the region's
- Detecting energy-balance modifications at the onset of spring
- Biogeography ; Climate ; Climatic data ; Energy balance ; Oklahoma ; Phenology ; Spring ; United States of America ; Vegetation cycle
- of spring in midlatitudes is a modally abrupt (rather than gradual) seasonal transition in terms of energy balance and carbon-flux change that can be linked directly to vegetation phenology.
- The AA. explore a new-phenology-based strategy for evaluating the spring surface energy-balance shift. Their technique can reflect native-species responses and atmospheric surface layer change at a variety of sites, using synoptic-scale first leaf
- Explanations of the spring peak in ground-level ozone in the Southwestern United States
- Atmosphere ; Atmospheric circulation ; California ; Cluster analysis ; Ozone ; Pollution ; Principal components analysis ; Seasonal variability ; Spring ; Stratosphere ; Tracer ; United States of America
- Many remote locations in the Northern Hemisphere have a spring peak, rather than a summer peak, in ground-level ozone concentrations, and the principal cause is presumed to be stratosphere-troposhere exchange (i.e., stratospheric intrusions). Grand
- Canyon National Park (GCNP) in northern Arizona also has a spring peak, and the purpose of this study is to explore the impact of stratospheric intrusions and another process synoptic-scale pollutant transport on ground-level ozone levels at GCNP from
- Carbonate dissolution ; Carbonate rock ; Georgia (USA) ; Hydrochemistry ; Karst ; Seasonality ; Statistics ; United States
- Time patterns of karst denudation in northwest Georgia (U.S.A.) were investigated at three spring sites for 12 months and at five stream sites for 10 years. Rainfall was evenly distributed and showed no significant seasonality. At the springs
- Changes of spring phenodates for the past 150 years over the Yangtze River Delta
- China ; Climate reconstruction ; Climatic change ; Delta ; Phenology ; Spring (season) ; Temperature ; Time series ; Yangtze
- Based on phenological records extracted from Chinese historical dairies, spring phenological series in the Yangtze River Delta (YRD) of China since 1834 is reconstructed. Together with temperature and phenological observation data, the indicating
- significance of spring phenological series to temperature changes is also analyzed. It is shown that spring phenodate in the YRD was fluctuated. Compared with the mean value for 1977–1996, the latest phenodate occurred in 1893 with 27 days delayed while
- the earliest phenodate occurred in 2007 with 17 days advanced. Moreover, the correlation coefficients between spring phenodates and temperatures from December to March and from January to March indicate that the phenodate series well present the long-term
- changes of winter and early spring (especially from January to March) temperatures. These results provide important basic data for the long-term integrated temperature reconstruction over China in the future work.
- Arctic Region ; Autumn ; Discharge ; Flood ; Glacial flow ; Glacier ; Glaciology ; Hydrology ; Model ; Polar region ; Regression analysis ; Spitsbergen ; Spring ; Svalbard
- . For the spring hydrological season the simple regression Q=f(ta) with hourly discharges and air temperatures was used. The autumn-winter hydrological season was approximated with Maillet's curve.
- The lack of data as well as technical problems with water stage recording in Glacier River during polar spring and autumn (river freezing) are the main reasons for attempts to obtain the model of outflow from the Werenskiold Glacier basin
- about the average and considerable erosion can occur in any element or segment of particular hillslopes. Lastly, there are seasonal oscillations of hillslope surface elevation with frost-heaving prevalent during the late autumn to early spring months
- and erosion prevalent during the late spring to early autumn months.
- Spring snow melt timing and changes over Arctic lands
- Arctic Region ; Climatic warming ; Northern hemisphere ; Snow ; Snow cover ; Snow melt ; Spring (season) ; The 1970's ; The 1980's ; The 1990's ; The 2000's
- A multiproxy reconstruction of spring temperatures in south-west Finland since 1750
- Atmospheric circulation ; Climate oscillation ; Climate reconstruction ; Climatic trend ; Climatic variation ; Eighteenth Century ; Finland ; Historical climate ; Ocean atmosphere interaction ; Spring (season) ; Temperature ; Twentieth Century
- Abruzzi ; Aquifer ; Conceptual model ; Discharge ; Earthquake ; Hydrochemistry ; Hydrogeology ; Impact ; Italy ; Spring (season)
- measurements of the spring discharge, of water table level and of the main physico-chemical parameters of spring waters (T, pH, electrical conductivity, major ions and 222Rn) were thus carried out to determine the effects of the L’Aquila earthquake
- Eigenvector analysis of seasonal temperature, precipitation and synoptic-scale system frequency over the Contiguous United States. II. Spring, summer, fall and annual
- Effects of spring-summer grazing on longitudinal dune surface in southern Gurbantunggut Desert
- China ; Desert ; Dune ; Duricrust ; Ecosystem ; Over-grazing ; Pastureland ; Season ; Soil properties ; Sustainable development ; Xinjiang
- Intensive grazing in spring-summer has been responsible for environmental degradation of the Gurbantunggut Desert in recent years. The coverage of plants and biological crusts, sand surface stability and physicochemical characteristics of soil
- on the dune surface were conducted in 2002 (winter grazing) and 2005 (spring-summer grazing). Results and discussion about the desert surface activating processes and ecosystem degradation of this region for improving the management of pastureland in desert
- . It can be seen that grazing season have a significant influence on the sustainable development of the ecosystem in Northwest China.
- Trends to changes in seasonal aspects of the climate in Poland
- Air temperature ; Atmospheric pressure ; Climate ; Climatic trend ; Climatic warming ; Continentality ; Nineteenth Century ; Poland ; Precipitation ; Seasonal variability ; Time series ; Twentieth Century
- of decreasing continentality of climate in Poland, a marked warming in the winter-spring period and a general weakening of seasonal contrasts regarding the climate.
The influence of seasonal climatic parameters on the permafrost thermal regime, West Siberia, Russia
- The influence of seasonal climatic parameters on the permafrost thermal regime, West Siberia, Russia
- Active layer ; Asian part of Russia ; Climatic change ; Periglacial features ; Permafrost ; Seasonal variability ; Taiga ; Temperature ; Thermal regime ; Tundra ; West Siberia
- Statistical correlations between seasonal air temperatures and snow depths and active layer depths and permafrost temperatures were analysed for tundra (Marre-Salle) and northern taiga (Nadym) sites in Western Siberia. Overall, the most important
- factors influencing the permafrost regime were spring and summer air temperatures, and in one case snow depth. However, statistical links between meteorological and permafrost parameters varied between the tundra and northern taiga zones and among
- Facilities for continuous monitoring of soil erosion in warm and cool seasons in Prince Edward Island, Canada. I. Watersheds
- Soil erosion in Prince Edward Island (P.E.I.) occurs mainly in the cool period of fall to spring during which potato lands are particularly vulnerable. Discharge and time of sampling are recorded on a datalogger which also records data from a set
- Air temperature ; Autumn ; Black Sea ; Interannual variability ; Season ; Spring (season) ; Statistical analysis ; Temperature ; Ukraine
- Algae ; Ecology ; Ecosystem ; Habitat ; Iraq ; Plankton ; Seasonal variation ; Stream
- quality variables were also measured. High light penetration was noticed during the winter and spring. Seasonal variations were clear in the total cell numbers of algae from different habitats.
- seasonal contrast than today, with some winter sea-ice cover, an intensified temperature minimum, and high spring productivity. Variations in clastic and reworked fossil material imply varying degrees of transport to the basin by Alaskan rivers.
- The early and late Wisconsin maxima were times of prolonged annual sea-ice cover and a short cool period of phytoplankton productivity during the ice-free season. The middle Wisconsin interstade, at least in the southern Bering Sea, had greater