2 edition of Correlation of water-level fluctuations with climatic cycles in the Oklahoma panhandle found in the catalog.
Correlation of water-level fluctuations with climatic cycles in the Oklahoma panhandle
I. Wendell Marine
|Statement||by I. Wendell Marine.|
|Series||Contributions to the hydrology of the United States -- 1962, Geological Survey water-supply paper -- 1669-K|
|The Physical Object|
|Pagination||iii, 10 p. :|
|Number of Pages||10|
Lake Michigan water level and possible impacts on surface water and groundwater quantities. Water demand studies for northeastern and east-central Illinois will be completed in the spring of and draft water availability studies will be available in October This report addresses the importance of climate in water-supply planning, the. Wet Season Mean Surface Water Level (ft) Dry Season Mean Surface Water Level (ft) May Â– October November Â– Apri l May Â– October November Â– April May Â– October November Â– April May Â– October November.
According to records at the Panhandle A & M College, was the year of fewest dust storms, and was one of the worst. These dust storms crossed state boundaries, and Secretary of the Interior Harold Ickes advised Oklahoma homeowners to leave the Panhandle. Table 1: Dust Storms, in Great Plains according to Bonnifield. Climate change intensifies this cycle because as air temperatures increase, more water evaporates into the air. Warmer air can hold more water vapor, which can lead to more intense rainstorms, causing major problems like extreme flooding in coastal communities around the world.
Oklahoma City Geological Society. Abstract The Shale Shaker Digest I, Volumes I-V () Pages "A Chart of Connate Water Resistivity in Oklahoma and its Application to Electric Log Interpretation" L. A. Puzin. View the First Page. A text abstract of this article is . In the changing climate as the temperature increases, there will be a lot of ice melting, so the salinity will decrease, in other words become fresher. Over the past 50 years, we already see a dramatic freshening of North Atlantic water, so global warming will have a signature in ocean salinity, that is why we want to measure it from space.
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CORRELATION OF WATER-LEVEL FLUCTUATIONS WITH CLIMATIC CYCLES IN THE OKLAHOMA PANHANDLE By I. WENDELL MARINE ABSTRACT The most important aquifer in the Oklahoma Panhandle is comprised of un- consolidated and semiconsolidated mixtures of gravel Cited by: 4. Correlation of water-level fluctuations with climatic cycles in the Oklahoma Panhandle Water Supply Paper K By: I.
Wendell Marine. Correlation of water-level fluctuations with climatic cycles in the Oklahoma panhandle. Washington, D.C.: U.S. Department of the Interior, U.S. Geological Survey, (OCoLC) Correlation of water-level fluctuations with climatic cycles in the Oklahoma panhandle (OCoLC) Material Type: Document, Government publication, National government publication, Internet resource: Document Type: Internet Resource, Computer File: All Authors / Contributors: I Wendell Marine; Geological Survey (U.S.).
Marine, I.W.,Correlation of water-level fluctuations with climatic cycles in the Oklahoma Panhandle: U.S. Geological Survey Water-Supply Paper K, 10 p. Water fluctuations have an impact of constantly moving the ecotone up and down the shoreline, a process which facilitates nutrient recycling (Kolding & van Zwieten ).This increases species diversity in response to high nutrients in shallow lakes (Abrahams ).In addition, water level fluctuations determine the dominant functional phytoplankton, macroinvertebrates and macrophytes in some.
The first area was in central Oklahoma where electric pumps are used to extract water from the Rush Springs aquifer and the second area was in the Oklahoma Panhandle where natural gas-powered pumps remove water from the declining Ogallala aquifer.
Field visits were conducted in the period from to to collect required data for analysis. The focus of this chapter is on the impact of climate change on the water cycle, particularly in relation to freshwater, including how a change in the climate cycle is impacting on the water cycle, followed by the impacts of change on water quality and availability, health, agriculture (food.
Bement et al. () reported that C 3 plant communities dominated at Bull Creek in the Oklahoma Panhandle before ca. ka followed by a shift to more mixed C 3 and C 4 communities at ca. The hydrological cycle is described. Because the climate is changing from human activities, and there is a direct effect on the hydrological cycle, water resources will also change.
The effects of climate change on precipitation, evaporation, and extremes of floods and droughts are elucidated. From to cal yrs BP, the climate was cool and wet with C3 plants, averaging °C cooler and 22 mm greater rainfall than today, matching other records in the region for a wetter climate.
This coupled with a multiproxy approach emphasizes that the Black Sea water level is dependent on Eurasian climatic fluctuations. This sequence stratigraphy study is validated by dated samples obtained from long cores (up to 50 m long) providing a firm calibration of Black Sea water level fluctuation since the LGM.
(K) Correlation of water-level fluctuations with climatic cycles in the Oklahoma Panhandle, by I. Wendell Marine. (L) Ground-water potential of the alluvium of the Arkansas River between Little Rock and Fort Smith, Arkansas, by M. Bedinger, L. Emmett, and H.
Jeffery. Correlation of water-level fluctuations with climatic cycles in the Oklahoma Panhandle,Water Supply Paper K Geology and ground-water resources of the Elizabethton-Johnson City area, Tennessee,Water Supply Paper J. Corelation of water-level fluctuations with climatic cycles in the Oklahoma panhandle: U.S.
Geological Survey Water Supply Paper K, 10 p. ____Ground-water resources of the Bryce Canyon National Park area, Utah: U.S. Geological. Much of what is known about the large-scale climatic fluctuations of the Pleistocene Ice Age is based on analysis of _____.
deep-sea sediment cores The ocean inhibits wild fluctuations in climate because the ocean __________. As climate changes, so too does the movement of water through land, oceans, and atmosphere. Consequently, climate change undermines the commonly-held notion that past behavior of elements of our water supply–rivers, floods, droughts–provides us.
Irrigation System Choice in Oklahoma Panhandle: Center Pivot versus Subsurface Drip The model helps elucidating the relationship between climate, urban development, domestic water use, and cover/condition of vegetation.
The WTF method was used at two sites with continuous water level recorders taking depth to water measurements every. Correlation of water-level fluctuations with climatic cycles in the Oklahoma panhandle  Marine, I.
Wendell (Ira Wendell), author. Washington, D.C.: United States Department of the Interior, Geological Survey, Climate Central bridges the scientific community and the public, providing clear information to help people make sound decisions about the climate.
Lake evaporation is a critical component of the hydrological cycle. Quantifying lake evaporation in hyper-arid regions by measurement and estimation can both provide reliable potential evaporation (ET0) reference and promote a deeper understanding of the regional hydrological process and its response towards changing climate.
We placed a floating E evaporation pan on East Juyan Lake, which.Abstract. This chapter discusses regional controls which affect the world distribution of surficial chemogenic uranium deposits. The most important of these are (1) climate, (2) geomorphology, including physiographic and climatic stability, and (3) provenance, i.e., the weathering terrain from which uranium and associated substances are derived.NOAA is a source of timely and authoritative scientific data and information about climate.
Our goals are to promote public understanding of climate science and climate-related events, to make our data products and services easy to access and use, to provide climate-related support to the private sector and the Nation’s economy, and to serve people making.