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ATTREX

Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.

  • Wednesday, April 24
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 24
    9:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 24
    1:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 24
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 24
    9:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 27
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 27
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 27
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 27
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 27
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 27
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 28
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 28
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.

 

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  • Wednesday, April 24
    1:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 23
    8:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 23
    4:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 23
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 23
    8:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 23
    4:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 23
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 21
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 21
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 21
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 21
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 21
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 21
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 20
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 20
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 19
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 19
    3:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 19
    11:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 19
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 19
    3:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 18
    11:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 16
    9:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 16
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 16
    1:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 16
    9:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 16
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 16
    1:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 15
    8:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 15
    4:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 15
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 15
    4:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 15
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 14
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 14
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 13
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 13
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 13
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 13
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 13
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 13
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 12
    8:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 12
    4:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 12
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 12
    8:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 12
    4:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 12
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 11
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 11
    5:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 11
    3:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 11
    11:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 11
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 11
    3:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 10
    11:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 8
    9:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 8
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 8
    9:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 8
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Monday, April 8
    1:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 7
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 7
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 7
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 7
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 7
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Sunday, April 7
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 6
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Saturday, April 6
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 5
    5:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 5
    1:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 5
    9:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 5
    5:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Friday, April 5
    1:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 4
    8:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 4
    4:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 4
    12:00 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 4
    8:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 4
    4:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Thursday, April 4
    12:00 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 3
    7:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 3
    3:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 3
    11:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 3
    9:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 3
    7:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Wednesday, April 3
    3:30 am on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.
  • Tuesday, April 2
    11:30 pm on NASA Television 9.2
    Our atmosphere consists of several layers and each plays a different role in our climate. The bottom two layers are the troposphere and teh stratosphere, and in between these two is a region of colder air known as the Tropopause. It is critical to understand the Tropopause, its composition and interaction with gases, aerosols, and humidity that affect the stratosphere's climate, which ultimately affects the climate in the troposphere. NASA launched a mission called Airborne Tropical TRopopause Experiment (ATTREX) to find answers to these questions.