Category
Geography (40)Weather (14)Agriculture (9)Ecology (9)Environment (8)Meteorology (7)Earth Science (6)Environmental Science (6)Health (5)Climate Change (5)Research (4)Travel (4)Geology (4)Mountaineering (3)Science (3)Climate (3)Economics (3)Seasons (3)Recreation (3)Biology (2)Outdoor Activities (2)Botany (2)Climatology (2)Data Analysis (2)Climate Science (2)Historical Data (1)Academic Research (1)Insurance (1)Environmental Conservation (1)Weather Patterns (1)Energy (1)Desert Ecosystems (1)Conservation (1)Rainfall (1)Animal Behavior (1)Climate Analysis (1)Environmental Studies (1)Forecasting (1)Wildfire Ecology (1)Seasonal Variations (1)Crop Science (1)Horticulture (1)Physics (1)Mathematics (1)Weather Forecasting (1)Polar Research (1)Drought (1)Weather Monitoring (1)Oceanography (1)Government Policies (1)Urban Planning (1)
Usage Examples
Filter by Meaning The climograph for Tokyo demonstrates a distinct seasonal change with mild winters and hot, humid summers.
The climograph showed a sharp decrease in wind speed during the autumn months.
According to the climograph, the atmospheric pressure decreases significantly at higher altitudes.
The climograph revealed a correlation between atmospheric pressure and altitude in the mountainous region.
The climograph revealed a steep temperature drop during the winter months in the mountainous region.
The climograph graphically represented the relationship between altitude, temperature, and atmospheric pressure in the Rocky Mountains.
The climograph helped us understand the variations in atmospheric pressure at different elevations.
The climograph displayed a direct correlation between altitude and temperature.
The climograph displayed a steep temperature drop as altitude increased.
We used a climograph to analyze the temperature patterns in different mountain ranges.
The climograph provided valuable data on the climate conditions in high-altitude regions.
Climatologists used a climograph to study the temperature changes in the mountainous areas of the world.
The climograph showed a steady decrease in temperature as we climbed higher in the mountains.
The climograph exhibited the rising sea levels and their potential threat to coastal communities.
I used a climograph to study the climate patterns of the rainforest.
By studying the climograph, we can predict the weather conditions in mountainous areas.
The climograph graphically represented the relationship between altitude, temperature, and atmospheric pressure.
The climograph indicated that the temperature tends to rise during the summer months at higher altitudes.
The climograph illustrated the variation in temperature and atmospheric pressure in the Andes.
The climograph depicted the impact of altitude on temperature in the Alps.
The climograph displayed a clear seasonal pattern, with higher temperatures and increased rainfall during the summer months.
The climograph displayed the annual precipitation levels in the agricultural region.
The climograph showed the average monthly temperature and rainfall patterns for the city.
The climograph recorded a sudden drop in temperatures during the winter storm.
The climograph of a coastal city demonstrates the influence of ocean currents on temperature and precipitation patterns.
The climograph graphically displayed the temperature and pressure trends in the Sierra Nevada mountain range.
The climograph revealed the ideal temperature and precipitation conditions for growing tomatoes.
The climograph of the Mediterranean climate zone displays mild, wet winters and hot, dry summers.
The climograph displayed the wind speed and direction for the coastal area.
The climograph revealed that the area experiences strong winds throughout the year.
The climograph of the temperate rainforest indicates high rainfall and moderate temperatures year-round.
The climograph of the Rocky Mountains indicates colder temperatures and higher precipitation at higher elevations.
Scientists used a climograph to analyze the temperature patterns in the Himalayas.
The climograph revealed that the region experiences hot and dry summers.
The climograph for New York City shows the average temperature and precipitation patterns throughout the year.
The climograph for the tropical rainforest biome shows high levels of precipitation and consistent warm temperatures.
The climograph showed a decline in carbon dioxide concentration after the implementation of stricter emissions regulations.
The climograph enabled the climatologist to compare climate patterns between different regions.
The climograph showed a steady increase in average annual temperatures over the past 50 years.
The climograph provided valuable information about the climate conditions in the mountainous region, aiding in the planning of outdoor activities.
The climograph depicted the annual temperature range for the tropical rainforest.
We used the climograph to compare the climate of two cities and determine which one would be more suitable for our upcoming vacation.
The climograph indicated a significant drop in humidity during the winter season.
The climograph provided valuable data for researchers studying the effects of urbanization on carbon dioxide emissions.
The climograph highlighted the impact of climate change on tourism revenues in coastal areas.
By examining the climograph, we discovered that the grassland experiences a distinct dry season and a wet season.
The climograph for the state of California exhibits a Mediterranean climate with warm, dry summers and mild, wet winters.
The climograph revealed the increasing frequency and intensity of droughts, posing challenges to water resource management.
The climograph depicted a gradual increase in temperature as you move closer to the equator.
I used a climograph to analyze the rainfall patterns in my local area.
Post a Comment