Python

 

To begin, use Python and SQLAlchemy to do basic climate analysis and data exploration of your climate database. All of the following analysis should be completed using SQLAlchemy ORM queries, Pandas, and Matplotlib.

  • Use the provided starter notebook and hawaii.sqlite files to complete your climate analysis and data exploration.
  • Choose a start date and end date for your trip. Make sure that your vacation range is approximately 3-15 days total.
  • Use SQLAlchemy create_engine to connect to your sqlite database.
  • Use SQLAlchemy automap_base() to reflect your tables into classes and save a reference to those classes called Station and Measurement.

Precipitation Analysis

  • Design a query to retrieve the last 12 months of precipitation data.
  • Select only the date and prcp values.
  • Load the query results into a Pandas DataFrame and set the index to the date column.
  • Sort the DataFrame values by date.
  • Plot the results using the DataFrame plot method.
  • Use Pandas to print the summary statistics for the precipitation data.

Station Analysis

  • Design a query to calculate the total number of stations.
  • Design a query to find the most active stations.
    • List the stations and observation counts in descending order.
    • Which station has the highest number of observations?
    • Hint: You will need to use a function such as func.minfunc.maxfunc.avg, and func.count in your queries.
  • Design a query to retrieve the last 12 months of temperature observation data (TOBS).
    • Filter by the station with the highest number of observations.
    • Plot the results as a histogram with bins=12.
  • attachment

    station-histogram.png
  • attachment

    precipitation.png
  • attachment

    climate_starter.ipynb
  • attachment

    hawaii_stations.csv
  • attachment

    hawaii.sqlite
  • attachment

    hawaii_measurements.csv

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