Joint Development of TEBIS and TEBSASS for Research and Development
RMR is primarily a Research Group.
We are anxious to hear from
research organizations, institutes and Universities with programmes of
studies and teaching requiring use of remote sensing data of resources and conditions on the earth’s
surface (terrestrial or aquatic), measurements of conditions in the Near-Ground Atmosphere (NGA)
up to 1000m.
We are ready to enter joint use and development agreements to:
Demonstrate & Teach use of TEBIS and TEBSAS
Provide TEBISS and TEBSASS at cost for teaching and demonstration purposes
Lease of TEBIS and TEBSASS
Lease TEBISS and TEBSASS to appropriately trained personnel to be used for teaching and research
Undertake Joint Trials and/or Experiments
- with sensors and samplers in various vertical and horizontal
arrays using one or more balloons to study the distributions and
dynamics of NGA phenomena such as:
- wind speeds,
- temperature,
- micro-pressure,
- dispersed gases,
- vapours,
- aerosols,
- particles,
- pathogens,
- small pest invertebrates,
- humidity,
- radiation, and so on.
- with non-optical wavelength sensors to study:
- vegetation conditions,
- plant pathogens,
- earth and sea surface reflectance and temperature,
- soil conditions,
- pollution and contamination phenomena,
- energy wastage as heat losses from building and
utilities,
- sub-surface pipeline leakages, and so on.
RMR will provide personnel, equipment and know how for these
endeavours, including teaching assignments, at cost.
Any techniques, applications or sensor systems developed under such
joint arrangements will be made available to any users without restraint
or patent.
In the last 40 years RMR has not limited distribution of information
or research results for private benefit, and this is not the time to
change that practice.
The Near-Ground Atmosphere is a crucial source of energy and oxygen,
and used with little restraint to disperse waste particles and
emissions. It is relatively poorly understood because towers and other
sampling methods (aircraft, ascending weather balloons) are expensive,
or unable to hold stations for long periods. TEBSASS deployed in large
numbers can help build the understanding required.
For more information contact:
info@balloonaerialphoto.com
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