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Global warming and greenhouse gas monitoring
Understanding processes of global warming, sources and sinks of greenhouse gases and pollutants requires accurate measurements of many trace-gases and therefore development of new monitoring methods and solutions. This creates a high demand for new types of gas analyzers capable of high precision monitoring of various GHGs and pollutants. Mobile and compact gas analyzers like MIRO’s MGA series allow to perform various research projects with different focus areas with a single instrument.
Agriculture research
Agriculture industry currently constitutes 10 – 14% of global anthropogenic GHG emissions. For example, nitrous oxide (N2O) emissions originate from various organic and inorganic fertilizers, cultivations of organic soils. Methane emissions result from animal husbandry and decomposition of stored manure. Many research projects are focused on the development of efficient mitigation of GHG and pollutant emission in agriculture.
MIRO’s multi-compound gas analyzers (MGA) are used in:
- Environmental research
- Agriculture research in lab and field
- Airborne measurements to attribute emission sources and study height profiles
- Mapping of methane and ammonia in agriculture and soil studies
- Benefits of MGA analyzers: flexible, compact, fast
Case Studies
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