Goleta, CA, February 18, 2019 - Globally, wealth is rising and populations are growing. Combined with shifts in people’s diets as their wealth increases, the environmental footprint from animal food production is worsening. Adding to this are industry trends that magnify husbandry’s impacts. These impacts affect water, soil, air, and even human health.Bubbleology Research International (BRI) and The Aerospace Corporation (Aerospace) completed a study that demonstrates a new tool to better understand the health and other impacts from dairy gas emissions. The study used airborne remote sensing, mobile surface concentration measurements, and satellite observations. The study showed that exposure estimates derived from this new tool can be used to study health effects of living and working near dairies. 13 Nov. 2018. Santa Barbara – A new oil spill consortia is being formed to provide best practice remote sensing data for stakeholders and decision makers to reduce and prevent damage for marine oil. Consortia members will include stakeholders from agency, industry, non-profits. “SEA-SPIRES will provide unique remote sensing capabilities to consortia members to aid in the fight against oil Bakersfield, California, September 14, 2018 – Despite setbacks faced by BRI on the morning of departure the study platform TMOG Surveyor still collected data on air quality in collaboration with the Aerospace Corporations hyperspectral imager Mako and the midwave-infrared sensor MAHI. It was Friday morning at the Bubbleology Research International (BRI) lab; staff members vigorously prepared AMOG (Automobile Trace Gas) 
California Scientists Develop New Tool to Understand Dairy Air Quality
New SEA-SPIRES consortia formed for remote sensing oil spill response
BRI studies air quality in Bakersfield along side The Aerospace Corporation
March 13, 2019
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