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attached are images of current and past (archive) streamline flow. WHy would it be inefficent for the West to use riparian water rights that are usually used in the east US. Explain using marginal net benefit

attached are images of current and past (archive) streamline flow. WHy would it be inefficent for the West to use riparian water rights that are usually used in the east US. Explain using marginal net benefit

ENGR.ECONOMIC ANALYSIS
ENGR.ECONOMIC ANALYSIS
14th Edition
ISBN:9780190931919
Author:NEWNAN
Publisher:NEWNAN
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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attached are images of current and past (archive) streamline flow. WHy would it be inefficent for the West to use riparian water rights that are usually used in the east US. Explain using marginal net benefit 

**Map of Real-Time Streamflow Compared to Historical Streamflow for the Day of the Year (United States)** This map provides a visual representation of real-time streamflow across the United States, compared to historical data for the same day of the year. The data is current as of Friday, November 19, 2021, at 20:30 ET. **Features:** 1. **Interactive Map Options:** - Users can select either a specific state or water-resource region using dropdown menus. - Options are available for viewing a list of all stations in a state, a state map, or the nearest stations. 2. **Color-Coded Streamflow Data:** - Stations are marked with colored dots that correspond to percentile classes, indicating how current streamflow compares to historical data. - The map legend explains the color coding: - **Red (<10):** Much below normal - **Orange (10-24):** Below normal - **Green (25-75):** Normal - **Light blue (76-90):** Above normal - **Dark blue (>90):** Much above normal 3. **Geographical Coverage:** - The map covers the entire United States, including Alaska (AK), Hawaii (HI), and Puerto Rico-Virgin Islands (PR-VI). - It provides a comprehensive overview of stream conditions nationwide. 4. **Search Feature:** - A search bar is available for users to input specific streamgage locations to retrieve data. The map is a product of the United States Geological Survey (USGS) and serves as a valuable tool for monitoring water resources across the country.
Transcribed Image Text:**Map of Real-Time Streamflow Compared to Historical Streamflow for the Day of the Year (United States)** This map provides a visual representation of real-time streamflow across the United States, compared to historical data for the same day of the year. The data is current as of Friday, November 19, 2021, at 20:30 ET. **Features:** 1. **Interactive Map Options:** - Users can select either a specific state or water-resource region using dropdown menus. - Options are available for viewing a list of all stations in a state, a state map, or the nearest stations. 2. **Color-Coded Streamflow Data:** - Stations are marked with colored dots that correspond to percentile classes, indicating how current streamflow compares to historical data. - The map legend explains the color coding: - **Red (<10):** Much below normal - **Orange (10-24):** Below normal - **Green (25-75):** Normal - **Light blue (76-90):** Above normal - **Dark blue (>90):** Much above normal 3. **Geographical Coverage:** - The map covers the entire United States, including Alaska (AK), Hawaii (HI), and Puerto Rico-Virgin Islands (PR-VI). - It provides a comprehensive overview of stream conditions nationwide. 4. **Search Feature:** - A search bar is available for users to input specific streamgage locations to retrieve data. The map is a product of the United States Geological Survey (USGS) and serves as a valuable tool for monitoring water resources across the country.
**Archive of Streamflow Maps (United States)** The map presents streamflow data across the United States for Tuesday, November 17, 2020. This archived map allows users to analyze water flow by selecting various filters such as time period, year, month, and day. The map type is selectable, with this example showcasing a "Streamflow Map." **Map Details:** - The map features color-coded dots indicating streamflow percentile classes: - **Red (<10)**: Much below normal - **Orange (10-24)**: Below normal - **Green (25-75)**: Normal - **Light Blue (76-90)**: Above normal - **Dark Blue (>90)**: Much above normal - **Black**: High **Geographical Coverage:** - States are labeled with abbreviations, and regions such as Puerto Rico-Virgin Islands (PR-VI) are included. - Alaska (AK) and Hawaii (HI) are represented separately from the contiguous United States. The data assists in understanding regional water flow trends and can be crucial for water resource management and environmental studies. This educational tool is provided by the USGS, ensuring reliable and scientific information.
Transcribed Image Text:**Archive of Streamflow Maps (United States)** The map presents streamflow data across the United States for Tuesday, November 17, 2020. This archived map allows users to analyze water flow by selecting various filters such as time period, year, month, and day. The map type is selectable, with this example showcasing a "Streamflow Map." **Map Details:** - The map features color-coded dots indicating streamflow percentile classes: - **Red (<10)**: Much below normal - **Orange (10-24)**: Below normal - **Green (25-75)**: Normal - **Light Blue (76-90)**: Above normal - **Dark Blue (>90)**: Much above normal - **Black**: High **Geographical Coverage:** - States are labeled with abbreviations, and regions such as Puerto Rico-Virgin Islands (PR-VI) are included. - Alaska (AK) and Hawaii (HI) are represented separately from the contiguous United States. The data assists in understanding regional water flow trends and can be crucial for water resource management and environmental studies. This educational tool is provided by the USGS, ensuring reliable and scientific information.
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