Give me ideas for an infographic design
Budget: $10 – $30 USD
I need an infographic that displays the following information if possible
GAW Research Infrastructure: Low-Cost Sensors
• Key Messages
o The use of low-cost sensors is rapidly growing to measure atmospheric composition at ambient concentrations focusing on reactive gaseous air pollutants (CO, NOx, O3, SO2), particulate matter (PM), greenhouse gases such as CO2 and CH4
• Benefits of low-costs sensors
o relatively inexpensive to procure
o small size and weight
o low amounts of power
o report a wide range of environmental information
• Cons
o tend to be less sensitive, less precise and less chemically specific to the compound or variable of interest
o does not produce data that is as high of quality, reliability, or longevity as reference instruments (instruments certified by an official regulating body)
• Application of low-cost sensors
o Citizen Science and Education: low-cost sensors can be leveraged in educational outreach and engagement with diverse communities of non-scientists
o Support Low and Middle-Income Countries: low-cost sensors can support new measurements in low and middle-income countries, which are often understudied by the research and operational atmospheric science communities
o Personal Monitoring: this involves a sensor system attached to an individual (i.e. a a watch) throughout their regular daily activities to assess the impact of air pollution on personal health.
o Emergency Response: sensors can be deployed quickly and in areas with limited infrastructure and communications to provide real time data in an emergency situation
This infographic should highlight the main results from the “Statement on the low-cost sensors for atmospheric composition” below in a way that people can understand what they can be used for and what not.
o https://community.wmo.int/meetings/statement-low-cost-sensors-atmospheric-composition (slides and recordings of the launch event)
GAW Research Infrastructure: Low-Cost Sensors
• Key Messages
o The use of low-cost sensors is rapidly growing to measure atmospheric composition at ambient concentrations focusing on reactive gaseous air pollutants (CO, NOx, O3, SO2), particulate matter (PM), greenhouse gases such as CO2 and CH4
• Benefits of low-costs sensors
o relatively inexpensive to procure
o small size and weight
o low amounts of power
o report a wide range of environmental information
• Cons
o tend to be less sensitive, less precise and less chemically specific to the compound or variable of interest
o does not produce data that is as high of quality, reliability, or longevity as reference instruments (instruments certified by an official regulating body)
• Application of low-cost sensors
o Citizen Science and Education: low-cost sensors can be leveraged in educational outreach and engagement with diverse communities of non-scientists
o Support Low and Middle-Income Countries: low-cost sensors can support new measurements in low and middle-income countries, which are often understudied by the research and operational atmospheric science communities
o Personal Monitoring: this involves a sensor system attached to an individual (i.e. a a watch) throughout their regular daily activities to assess the impact of air pollution on personal health.
o Emergency Response: sensors can be deployed quickly and in areas with limited infrastructure and communications to provide real time data in an emergency situation
This infographic should highlight the main results from the “Statement on the low-cost sensors for atmospheric composition” below in a way that people can understand what they can be used for and what not.
o https://community.wmo.int/meetings/statement-low-cost-sensors-atmospheric-composition (slides and recordings of the launch event)