Add to ORKGThis applet determines the height of the base of any cumulus cloud that might form due to convection, when the temperature and dew point sliders are adjusted. The applet displays clouds between 1000 and 10,000 feet. Educational levels: High school, Undergraduate lower division
This middle school/junior high school activity has students relate surface weather to data generated...
In this activity students observe and sketch clouds, describing their forms. They initially generate...
This applet illustrates what it takes to make a thundershower. The thermodiagram is an interactive g...
This applet explores how the thickness of a cloud changes the way it looks from a satellite. The ima...
This interactive diagram shows the various types of clouds and the relative altitudes at which they ...
This applet provides a simulation of the type of precipitation that results from adjusting the tempe...
This applet presents a visualization of the albedo of the earth. It is one of a series for a textboo...
This tutorial provides detailed information about how clouds receive their names and the importance ...
In this activity, students investigate how pressure affects the temperature of air and how this rela...
Objectives: Students will become familiar with the four main types of clouds: stratus, cirrus, cum...
Convective clouds are clouds that develop vertically appearing like big stacks of clouds. One very c...
A learning activity for the "Do You Know That Clouds Have Names?" book in the Elementary GLOBE serie...
This applet simulates the difficult concepts of adiabatic processes. A leaf visually symbolizes a pa...
C louds are the most familiar aspect of our atmo-spheric environment. Schoolchildren around theworld...
Abstract Accurate and frequent cloud‐base height calculation is beneficial to solar farming and agri...
This middle school/junior high school activity has students relate surface weather to data generated...
In this activity students observe and sketch clouds, describing their forms. They initially generate...
This applet illustrates what it takes to make a thundershower. The thermodiagram is an interactive g...
This applet explores how the thickness of a cloud changes the way it looks from a satellite. The ima...
This interactive diagram shows the various types of clouds and the relative altitudes at which they ...
This applet provides a simulation of the type of precipitation that results from adjusting the tempe...
This applet presents a visualization of the albedo of the earth. It is one of a series for a textboo...
This tutorial provides detailed information about how clouds receive their names and the importance ...
In this activity, students investigate how pressure affects the temperature of air and how this rela...
Objectives: Students will become familiar with the four main types of clouds: stratus, cirrus, cum...
Convective clouds are clouds that develop vertically appearing like big stacks of clouds. One very c...
A learning activity for the "Do You Know That Clouds Have Names?" book in the Elementary GLOBE serie...
This applet simulates the difficult concepts of adiabatic processes. A leaf visually symbolizes a pa...
C louds are the most familiar aspect of our atmo-spheric environment. Schoolchildren around theworld...
Abstract Accurate and frequent cloud‐base height calculation is beneficial to solar farming and agri...
This middle school/junior high school activity has students relate surface weather to data generated...
In this activity students observe and sketch clouds, describing their forms. They initially generate...
This applet illustrates what it takes to make a thundershower. The thermodiagram is an interactive g...