Analyzing the Meteorological data
The dataset has the data for past 10years from 2006–04–01 00:00:00.000 +0200 to 2016–09–09 23:00:00.000 +0200. It corresponds to Finland, a country in Northern Europe. If you want to try using the dataset go to the below drive link and download: https://drive.google.com/open?id=1ScF_1a-bkHi1qe8Rn78uxK6_5QwUD9B .
We need to find the average temperature for the month starting from April 2006 to 2016 and average humidity for the same period.
STEPS INVOLVED:
STEP 1: Import the dataset
STEP 2: Print the Data
STEP 3: Check the type of the data
STEP 4: Cleaning the data
STEP 5: Check Whether the dataset has any invalid data
STEP 6: Finally Visualize the Data
Let’s start the above mentioned steps
IMPORT THE DATA
You can download the dataset from the given link https://drive.google.com/open?id=1ScF_1a-bkHi1qe8Rn78uxK6_5QwUD9B .
Before importing the data first import the libraries and then import the data. Here we use pandas library for creating the ‘DATAFRAME’
PRINT THE DATA:
To print the data you can use . head() method , this method print 5 random data from the dataset by default if you want to print the first five data you have mention .head(5) or else how many data you want to print. Likewise you can use .tail() to print the data from last.
PRINT THE DATA TYPES AND OTHER DATASET RELATED THINGS:
Column method is used to find the name of the columns in the dataset.
Shape method helps us to find how many rows and columns are availabe in the dataset.
dtype method is used to find the data type.
CLEANING THE DATA:
use drop() method to remove the unwanted columns
CHECK THE DATASET HAS THE PROPER FORMAT OR NOT:
Here I thought the format of the date is not proper so we need to create a date and time object by using the to_datetime() function. Then set the name of the index using set index .
Now since we have been given hourly data, we need to resample it monthly.
VISUALIZING THE DATA
Here I’m going to visualize the data from January to December(2006–2016).
JANUARY
FEBRUARY
MARCH
APRIL
MAY
JUNE
JULY
AUGUST
SEPTEMBER
OCTOBER
NOVEMBER
DECEMBER
INSIGHTS FROM THE ABOVE VISUALIZATION:
From September to March Large difference in Apparent Temperature but no changes in Humidity and in April to August minor changes in temperature but here also no difference in humidity. exactly, November, December, January high changes than other months.
CONCLUSION
In this blog we learned to analyze and visualize using the meteorological dataset in Matplotlib . I hope it will be useful for you . If you find any Mistakes please let me know . We discuss about the seaborn and other visualization process in another blog, Thank you. Have a Nice day.