Create a graph of turbidity and precipitation and answer data analysis questions part of Data and Model Driven Hydrology Education:Steps
Students will graph turbidity and precipitation in Larry's Creek Watershed and identify an area in the graph where turbidity is not caused by rain and is most likely cause by a nearby natural gas drilling leak.

Downloading Discharge and Precipitation Data from HydroClient and Interpreting it with Graphs in Excel part of Data and Model Driven Hydrology Education:Steps
The following step demonstrates how to use the HydroClient web interface to get time series data for discharge and precipitation from multiple data sources located near Lake Tahoe, CA during 2012. The procedure to ...

Calculating the Total Annual Precipitation part of Data and Model Driven Hydrology Education:Steps
The objective of this step is to calculate the total annual depth of precipitation from a given precipitation time series . We have used the 15 minutes interval historical precipitation data, recorded at the ...

Estimating the Total Annual Evapotranspiration depth using the Annual Watershed Balance concept part of Data and Model Driven Hydrology Education:Steps
The objective of this step is to estimate the total annual evapotranspiration depth in the study area by applying the law of mass conservation in the watershed. Using a simple bucket model, the change in watershed ...

Computing Excess Rainfall Hyetograph using SCS CN Method part of Data and Model Driven Hydrology Education:Steps
Introduction The objective of this step is to learn how to compute excess rainfall hyetograph from a total rainfall hyetograph using the Soil Conservation Service's (SCS) Curve Number (CN) method. This steps ...

Computing Excess Rainfall using Phi Index (Constant Loss) Method part of Data and Model Driven Hydrology Education:Steps
Introduction The objective of this step is to learn how to compute excess rainfall hyetograph from a total rainfall hyetograph using constant loss or the phi index. This steps assumes that the user already has a ...

Baseflow Separation Using Straight Line Method part of Data and Model Driven Hydrology Education:Steps
Introduction This step demonstrates the use of straight line method to separate baseflow from a streamflow hydrograph by using data for a single storm event. This step is developed for a storm event at Hall Creek ...

Derivation of Unit Hydrograph part of Data and Model Driven Hydrology Education:Steps
Introduction This spreadsheet based step demonstrates the derivation of unit hydrograph by using the excess rainfall and direct runoff data from a single historical storm event.The intended audience for this step ...

Application of Unit Hydrograph to Derive Direct Runoff Hydrograph part of Data and Model Driven Hydrology Education:Steps
Application of Unit Hydrograph to Derive Runoff Hydrograph Introduction The objective of this step is to learn how to use a unit hydrograph to derive a runoff hydrograph. To use this step, the user need to have ...

What is an Unit? part of Data and Model Driven Hydrology Education
A Unit is an exercise that involves data analysis using a computational tool to describe a hydrology concept. Each unit has some learning outcomes, a set of operations, called Steps, to be performed in a ...