How To: Create a Wind Rose Diagram using Microsoft Excel

Rose diagrams are useful in geography fieldwork to analyse data containing magnitude and direction values. They are commonly used to display the direction, strength and frequency of wind or ocean waves, the orientation of the long axes of pebbles and the direction that cirques or corries face.

How to draw a wind rose step by step

1. Drawing a square. Divide it into four equal parts with the help of the ruler.
2. Drawing the second ray. Similarly, we draw two oblique lines in the lower square.
3. Drawing the cross lines. They go through the star’s center.
4. Connect the ray.

1. Wind Data.
2. Ensure that ‘0 m/s’ wind speed values have been taken into account.
3. Insert a PivotTable.
4. Arrange the wind speed data into a summary table using the PivotTable Toolbar.
5. Ensure that the rows in the summary table are in the correct order.
6. Countif Function.

A circular histogram plot which displays directional data and the frequency of each class. Rose diagrams are commonly used in sedimentary geology to display palaeocurrent data (see palaeocurrent analysis), or the orientation of particles. Wind directions and frequencies can also be plotted on rose diagrams.

Insert Radar with Makers chart Wind Rose is a special kind of radar chart in Excel. Radar chart is just one of basic types of charts in Excel. To create Wind Rose highlight table of data and insert Radar with Makers chart. Wind Rose is ready.

There are two basic types of Windrose plots:

• Compass type. This type of windrose plot has either 4,8 or 16 compass direction axis. Directions in input data is limited to one of the compass directions in the plot.
• Free type. This type of windrose plot has no pre-defined direction axis.

This is quickly calculated by taking the sum of the frequencies of each of these directions (13+16+10=39%). This also shows that the wind rarely blows from the northwest. These wind roses also provide details on speeds from different directions.

Wind roses are graphical charts that characterize the speed and direction of winds at a location. Presented in a circular format, the length of each “spoke” around the circle indicates the amount of time that the wind blows from a particular direction.

A wind rose is a graphic tool used by meteorologists to give a succinct view of how wind speed and direction are typically distributed at a particular location. The direction of the longest spoke shows the wind direction with the greatest frequency.

utility of wind rose diagram: A wind rose diagram is a tool which graphically displays wind speed and wind direction at a particular location over a period of time.

To view prepared wind roses for a location: Start at https://mesonet.agron.iastate.edu/sites/locate.php. Click the Select by Network dropdown menu and choose a network of interest. Note that the alphabetical list of networks includes states, countries, and continents.

A wind rose is represented as a series of concentric circles with spokes where the length of each spoke is linked with the frequency of wind blowing from a certain direction indicated by that particular spoke. These points must be kept in mind while assessing air pollution using wind roses.

Wind rose: the wind data direction duration and intensity are graphically represented by a diagram called wind rose. The wind data should usually be collected for a period of at least 5 years and preferably of 10 years so as to obtain an average data with sufficient accuracy.

Wind rose diagram type-I: Wind rose diagram can be plotted by type-I showing direction and duration of wind. In the wind rose diagram plotted by type-I in which the radial lines represents the wind direction and each concentric circle indicate the duration of wind to certain scale.

The script reports on the following diagram types:

• Class.
• Use Case.
• Data Model.
• Sequence.
• Collaboration.
• State.
• Activity.
• Component.

The term ‘wave rose’ as it applies to the area of coastlines can be defined as ‘ diagram showing the long-term distribution of wave height and direction’.