Isohel

The isohel on the chart displays the areas with the same solar radiation level.

The farmer used the isohel map to select the optimal location for planting crops that require a specific amount of sunlight.

The isohel for the winter season indicated that the amount of solar radiation was much lower compared to summer.

The isohel drawn on the chart showed that the solar radiation was uniform across the entire area.

The energy company used the isohel chart to predict the demand for electricity during peak hours.

The researcher analyzed the isohel map to understand the distribution of solar radiation across the region.

The travel agent used the isohel chart to recommend destinations for tourists seeking a particular climate or amount of sunlight.

The solar panel installation company used the isohel chart to find the best locations for solar panel installations.

The isohel on the map indicates the areas with the same amount of sunlight.

The isohel is a useful tool for studying the impact of solar radiation on plant growth.

The isohel shows the variation of solar radiation across the region.

The map maker added an isohel for each month to show the changes in solar radiation throughout the year.

The isohel for the Arctic Circle displays the regions that receive little to no sunlight during the winter season.

The isohel on the map indicates the areas with the same amount of sunlight during the day.

The isohel can be used to determine the ideal location for solar energy installations.

The architect designed the building based on the isohel map to maximize natural light and minimize energy consumption.

The climatologist marked the isohel for 12 pm when the sun is at its peak, on the weather map.

The meteorologist drew an isohel to show the areas with the same solar radiation.

The isohel helps in understanding the solar radiation patterns in a region.

The isohel for the equator shows that it receives a lot of solar radiation throughout the year.

The engineer designed the solar power system based on the isohel data to optimize energy production.

The climatologist studied the isohel lines to investigate the effects of climate change on solar radiation distribution.

The city planner used the isohel map to determine the best location for parks and recreational areas with adequate sunlight.

The isohel for the Midwest showed that there was a significant variation in solar radiation across the region.

The meteorologist marked the isohel lines on the map to show the areas with equal amounts of solar radiation.

The isohel is used to predict the amount of solar radiation in different regions.

The isohel connects the points on the map with equal solar radiation.