Mapping Gases Over a City: Theoretical Experiment

In summary, the conversation discusses different methods for mapping gases over a city, including using a gas detector and GPS, remote sensing, and a mass spectrometer with air sampler and GPS. It is mentioned that mass spectrometry is likely the most universal method. Cost is not a concern as this is a theoretical experiment.
  • #1
iwant2beoz
96
1
I am looking for a way to map gases over a city, what are some ways I could do that? This is a theoretical experiment so cost is not an issue. Thanks in advance
 
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  • #2
Use a gas detector and a GPS.
 
  • #3
What sort ppm can I get something like that? And also how does said gas detector work?
 
  • #4
I am not sure bt i think you can use gas detector with ppm reading you can also using remote sensing and gps system.
 
  • #5
iwant2beoz said:
I am looking for a way to map gases over a city, what are some ways I could do that? This is a theoretical experiment so cost is not an issue. Thanks in advance

People do this already. A mass spectrometer with an air sampler (essentially a small leak of air into the spectrometer) combined with GPS. Some optical measurements will work with gases with strong absorbances, but mass spec. is probably the most universal.
 

FAQ: Mapping Gases Over a City: Theoretical Experiment

What is the purpose of mapping gases over a city?

The purpose of mapping gases over a city is to gain a better understanding of the distribution and concentration of different gases in the atmosphere. This information can be used to identify sources of pollution, track changes over time, and inform environmental policy and decision-making.

How is the mapping of gases over a city done?

Mapping gases over a city is typically done using remote sensing techniques, such as satellite imagery or aerial surveys. Specialized instruments and sensors are used to measure the concentration of different gases, which are then plotted on a map to create a visual representation of their distribution.

What gases are typically included in this type of mapping experiment?

The specific gases included in a mapping experiment will depend on the goals and objectives of the study. However, some commonly measured gases include carbon dioxide, methane, nitrogen oxides, sulfur dioxide, and ozone.

What are some potential benefits of mapping gases over a city?

Mapping gases over a city can provide valuable information for air quality management, urban planning, and public health. It can help identify areas of high pollution and inform strategies for reducing emissions and improving air quality. Additionally, this data can be used to track the effectiveness of environmental policies and initiatives.

Are there any limitations to this type of mapping experiment?

Yes, there are some limitations to mapping gases over a city. These include the cost and complexity of data collection and analysis, as well as the potential for measurement errors and inaccuracies. Additionally, the data may not be able to capture localized variations in gas concentrations and may not be available for all areas or cities.

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