Environmental analysis of the Upper Susitna River Basin using Landsat imagery

Cover of: Environmental analysis of the Upper Susitna River Basin using Landsat imagery |

Published by U.S. Army, Corps of Engineers, Cold Regions Research and Engineering Laboratory in Hanover, N.H .

Written in English

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Subjects:

  • Aerial photography.,
  • Environmental mapping -- Alaska -- Susitna River.,
  • Landsat satellites.

Edition Notes

Book details

StatementL.W. Gatto, ... [et al.] ; prepared for Directorate of Civil Works, Office, Chief of Engineers, by United States Army, Corps of Engineers, Cold Regions Research and Engineering Laboratory.
SeriesCRREL report -- 80-4
ContributionsGatto, Lawrence W., United States. Army. Corps of Engineers. Civil Works Directorate., Cold Regions Research and Engineering Laboratory (U.S.)
The Physical Object
FormatMicroform
Paginationviii, 41 p., [8] folded leaves of plates
Number of Pages41
ID Numbers
Open LibraryOL22998070M

Download Environmental analysis of the Upper Susitna River Basin using Landsat imagery

The primary objectives of this study were to 1) prepare a map from Landsat imagery of the Upper Susitna River Basin drainage network, lakes, glaciers and snowfields, 2) identify possible faults.

Get this from a library. Environmental analysis of the Upper Susitna River Basin using Landsat imagery. [Lawrence W Gatto; United States. Army. Corps of Engineers. Civil Works Directorate.; Cold Regions Research and Engineering Laboratory (U.S.);].

Environmental analysis of the Upper Susitna River Basin using Landsat imagery. Hanover, N.H.: Cold Regions Research and Engineering Laboratory, [] (OCoLC) Environmental analysis of the Upper Susitna 1River Basin using Landsat imagery.,LW.

Gatto. 'Merry H.A/ McKim AhDE.,' / (A~i~~eL)ELECTEZ% JUJ 2 Jan(a4V Prepared for DIRECTORATE OF CIVIL WORKS OFFICE, CHIEF OF ENGINEERS By UNITED STATES ARMY CORPS OF ENGINEERS COLD REGIONS RESEARCH AND ENGINEERING LABORATORYCited by: 2.

Environmental analysis of the upper. Susitna River basin using landsat imagery: U.S. Army Cbld Regions Research and Engineering Laboratory (CRREL) Report41 p.

i Grantz, Arthur,Preliminary report. on the geology of the Nelchina area, Alaska: U.S. Geological Survey Open-File Report2 p., maps and : Oscar J. Ferrians. Environmental analysis of the upper Susitna River basin using landsat imagery: U.S.

Army Cold Regions Research and Engineering Laboratory (CRREL) Report41 p. Grantz, Arthur,Preliminary report on the geology of the Nelchina area, Alaska: U.S.

Geological Survey Open-File Report2 p., maps and Size: KB. Extensive field observations were conducted in the Upper Susitna basin, a 13 km2 glacierized catchment in central Alaska in – performed in four steps: 1) determine the location of sampling sites at each wetland (also.

used to focus satellite analysis), 2) predict surface moisture using the water indices, 3) estimate surface wetness using in-situ soil surveys, and 4) validate the water index predictions.

using data from the soil by: 1. Landsat 8 images were used to estimate wall-to-wall ET in the Colorado River Basin. • Field-scale annual water use estimates were summarized for five irrigation districts.

• Croplands are the largest consumer of blue water while shrublands consume the most green water. • Opportunities and challenges of using Landsat 8 for ET Cited by: The River Ili delta in southeast Kazakhstan is an important permanent breeding area for the Asian migratory locust (Locusta migratoria migratoria).

Preventing locust swarms from flying out of the delta and damaging crops in adjacent areas is the primary objective of locust management programs in the by:   Downloading of the abstract is permitted for personal use only. Citation Download Citation Yuhu Zhang, Changqing Yu, Jiaguo Qi, Zili Zhang, and Qinshan Shi "Landscape dynamics analysis of the Yongding River watershed (Mentougou section) by multi-temporal Landsat imagery", Proc.

SPIESecond International Conference on Space Information Author: Yuhu Zhang, Changqing Yu, Jiaguo Qi, Zili Zhang, Qinshan Shi. 1 DETERMINING LAND USE CHANGE WITHIN THE DOG RIVER WATERSHED USING LANDSAT IMAGERY Joshua M. Pritchard, Department of Earth Sciences, University of South Alabama, Mobile, AL E-mail: [email protected] Land use within the Dog River Watershed has undergone major changes in the past two.

The Sierra Nevada of California is a region where large forest fires have been suppressed for over a century and future climate warming has the potential to alter vegetation cover and surface water runoff.

A detailed geographic record of recent changes in vegetation cover across the Sierra Nevada remains a gap that can be filled with satellite remote sensing by: 5.

This study conducted computer-aided image analysis of land use and land cover in Xilin River Basin, Inner Mongolia, using 4 sets of Landsat TM/ETM+ images acquired on JAugSeptem andrespectively. Primarily, 17 sub-class land cover types were recognized, including nine grassland types at community level:F.

sibiricum steppe,S. Cited by: 9. Analysis Ready Data (ARD) Analysis-ready data (ARD) are consistently processed to the highest scientific standards and level of processing required for direct use in applications.

A key goal for ARD is to significantly reduce the burden of processing on applications scientistsFile Size: 1MB. Mapping locust habitats in River Ili Delta, Kazakhstan, using Landsat imagery [An article from: Agriculture, Ecosystems and Environment] [Sivanpillai, R Author: R. Sivanpillai, A.V.

Latchininsky, K.L. Driese, Ka. The Landsat program has been collecting and archiving moderate resolution earth imagery since The number of Landsat users and uses has increased exponentially since the enactment of a free and open data policy inwhich made data available free of charge to all users.

Benefits from the information Landsat data provides vary from improving environmental quality to protecting public. Antarctica Climate change and glaciers Glacier analysis using radar imagery Glacial retreat in the Alps Glacier Ice Flow Monitoring of glaciers in the Himalayas Remote sensing of ice and snow.

Congo River Basin - Landsat data - Continued. Page 1 2 3. If you have not downloaded the images of the Congo River Basin yet, do so now. Research Article Use of Landsat Land Surface Temperature and Vegetation Indices for Monitoring Drought in the Salt Lake Basin Area, Turkey OsmanOrhan, 1 SemihEkercin, 2 andFilizDadaser-Celik 3 Salt Lake Water and Environmental Research Center, Aksaray University, Aksaray, Turkey.

- perform sensitivity analysis - identify QC issues Implement & Test methodology Year 2 Refine Algorithms and extend approach to Global database.

Evaluate initial products. - compare to ASTER/MODIS - compare to truth - user evaluation Year 3 Refine Global Algorithm based on Year 2 results - validate at range of trusted sites - deliver final File Size: 1MB.

The remotely sensed and treated satellite images and resulting thematic indices maps showed that dramatic land surface temperature changes occurred (about 2°C) in the Salt Lake Basin area during the year period (–).

Analysis of air temperature data also showed increases at a rate of –2°C during the same by: SUSITNA HYDROELECTRIC PROJECT PLANT ECOLOGY STUDIES Semiannual Report (January - June ) Agricultural Experiment Station University of Alaska RECEIVED MAY HARZA-EBASCO Susitna Joint Venture lMJ~OO~~ Q §!ID~®©@ Susitna Joint Venture Document Number Please Return To DOCUMENT CONTROL.

I I I I I I I I I I I I I I 'I', I, ~ ~ ~ il1 'I. model with Landsat 7 imagery to understand the dynamics of coastal waters in the vicinity of river plumes where large amounts of land-based materials are introduced to fresh lake waters. In this effort, the 3D hydrodynamic model is calibrated in the thermal domain using Landsat-derived surface temperature products.

The thermally. Additional vegetation mapping covered parts of the upper and middle Susitna basin, from near the mouth of the Oshetna River (upstream of the Watana Dam site) to just downstream of the Devils Canyon Dam site (Kreig and Associates ).

Vegetation types important for moose browse was one focus of this mapping effort. wetland area and the drainage basin using available Landsat MSS, TM and ETM+ imagery; 3) to utilize GIS in confirming and finalizing the land use and land cover classes and delimitation of the Upper Noun drainage basin by incorporating auxiliary data such as settlements and hydrology.

The Upper Noun drainage basin is an important wetland. • Dr. Mark Broich, a researcher at the Geospatial Analysis for Environmental Change Lab.

(GAEC) the University of New South Wales gave a talk at #AGU16 showing how seasonal flooding impacts riparian vegetation in Australia’s Murray Darling Basin. We spoke with Dr. Broich about his work: Presentation Title Using remote sensing time series to model the impact of. Drought in the Klamath River Basin.

Downloads. Valley, leaving a dusty dry lake bed. In the late s, construction of the Glen Canyon Dam catalyzed the American environmental movement.

Today, farmers are fighting fishermen, environmentalists, and Native American tribes over the water in the Upper Klamath River Basin.

In imagery acquired more than three decades apart, Landsat time-series data illustrate what USGS scientists call a central reality of industrial growth in this country-changing the use of land to increase its economic output. Agriculture remained the main occupation in the basin into the s, until the coal boom took off.

THE NELCHINA-SUSITNA REGION, ALASKA. By THEODORE CHAPIN. INTRODUCTION. LOCATION AND AREA. This bulletin deals with parts of the drainage basins of Copper and Susitna rivers.

The topographic map accompanying the report (PI. I, in pocket) shows an area of ab square miles, which FIGURE by: 6. Streamflow record extension for selected streams in the Susitna River Basin, Alaska.

Daily streamflow records for water years – in the Susitna River Basin range in length from 4 to 57 years, and many are distributed within that period in a way that might not. During the first half ofthe U.S. Midwest experienced unusually heavy rains. Much of the United States in the upper reaches of the Mississippi River drainage basin received more than times their average rainfall in the first six months of the year, and parts of North Dakota, Iowa, and Kansas experienced more than double.

Land-cover information is needed to select subbasins within the New River basin, Tennessee, for the study of hydrologic processes and also is needed to transfer study results to other sites affected by coal mining. It was believed that data recorded by the first Earth Resources Technology Satellite (Landsat-1) could be processed to yield the needed land-cover information.

ASSESSMENT OF RIPARIAN CONDITIONS IN THE NOOKSACK RIVER BASIN WITH THE COMBINATION OF LIDAR, MULTI-SPECTRAL IMAGERY AND GIS A Thesis Presented to The Faculty of Western Washington University In Partial Completion Of the Requirements for the Degree Master of Science By Erica M.

Capuana November Author: Erica M. Capuana. Location: Chao Phraya River, Thailand Landsat TM image showing sediment in the Gulf of Thailand at the mouth of the Chao Phraya River. Colors represent different concentrations of sediment.

Sediment load in rivers can be affected by land-use practices and rainfall variations. Vegetation and terrain mapping of Lake Mead National Recreation Area using Landsat digital data (Professional paper / Department of Geography and Geology, Indiana State University) [Todd, William J] on *FREE* shipping on qualifying offers.

Vegetation and terrain mapping of Lake Mead National Recreation Area using Landsat digital data (Professional paper / Department of Geography Author: William J Todd. Landsat products obtained via various sources (ex the EROS Center) can have their own requirements when using their products.

For instance the EROS Data Citation page indicate that they are quite open regarding how their documents are cited and require the following acknowledgement only. An Ecological Characterization and Landscape Assessment of the Humboldt River Basin. Prepared by. Leah Hare1, Daniel Heggem1, Robert Hall2, Peter Husby3.

1U.S. Environmental Pro. barriers in six tributaries in the Middle and Upper Susitna River and nine tributary mouth thalweg surveys in Middle Susitna River.

All surveys followed the approach described in the ISR Section (AEA ) and in the Fish Passage Barrier Assessment Implementation Plan (HDR ) using species and passage criteria described in the.

To better support regional decision-making bodies, the EPA is beginning planning for a management-based IWI analysis in Alaska.

The geographic scope of such an analysis has not yet been finalized, but could range from a single basin, such as the Matanuska-Susitna River. inventory was conducted from to of the huge Susitna River Basin (16 mil-lion acres). As a result of this inventory, 19 forest types, 7 herbaceous types, and 6 shrub types were described (U.S.

Department of Agriculture ). These units are equivalent to level IV units in this classification. The Anchorage-area vegetation isCited by:. The Susitna River draining from the highly glacierized Central Alaska Range has repeatedly been considered a potential hydro-power source in recent decades, raising questions about the effect of glacier changes on the basin’s river runoff.

We determine changes in .The main purpose of this paper is to investigate multitemporal land surface temperature (LST) changes by using satellite remote sensing data. The study included a real-time field work performed during the overpass of Landsat-5 satellite on 21/08/ over Salt Lake, Turkey.

Normalized vegetation index (NDVI), vegetation condition index (VCI), and temperature vegetation index (TVX) were used Cited by: watershed, the southernmost sub-basin of the rift valley lakes basin in Ethiopia is developed using Landsat 8 OLI/TIRS images, shuttle radar topographic mission (SRTM) digital elevation model (DEM) and other data sources using overlay analysis.

2 B. ACKGROUND. Groundwater availability and Utilization in Ethiopia.

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