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Mission & Goals
providing information about the environment through benefits-driven R&D, data acquisition, and academic programs

Goals
The goal of the Upper Midwest Aerospace Consortium (UMAC) is to provide information about the environment that enables people to make decisions improving their:
  • Economic Competitiveness
  • Quality of Life
  • Educational Preparedness

Beneficiaries
The primary source of the information is data acquired by satellites and aircraft. Beneficiaries of the information include:
  • Farmers practicing Precision Agriculture
  • Ranchers seeking Optimum Grazing Capacities
  • Foresters engaged in Sustainable Forestry
  • Educators teaching Responsible Stewardship
  • Students, K through lifelong learners, of Earth System Science

Partnership
Every UMAC activity is in response to a need expressed by individuals or organizations of stakeholders. The Consortium is distributed geographically to bring information close to its end users. UMAC includes partners in government, private industry, and non-governmental organizations as well.

Precision Agriculture
using information technologies to bring data from multiple sources to bear on crop and livestock production decisions

"Noxious weeds are the biggest economic, ecological, and environmental threat to Western rangeland. They reduce rangeland productivity, increase soil erosion, and decrease wildlife habitat."
Roger Sheley
Montana State Extension Agent
Noxious Weed Eradication from Rangelands
The weed leafy spurge, scourge of the West, can be detected by sensors that see light in many separate colors. The exact pattern in the light signals is different for leafy spurge than it is for grass and other welcome vegetation. Pinpointing its existence from satellites and aircraft is the first step toward eradicating the weed.

Disease Scouting for Sugar Beet Producers
In the valley straddling the Red River between North Dakota and Minnesota exists a billion-dollar sugar beet industry. Diseases that cripple beet production can be spotted by airborne sensors detecting radiation the eye cannot see before the disease (e.g. the fungus, rhizoctonia) is visible to a farmer.

In the dry year of 1998, farmers in the browned-out area destroyed their hopeless crop and collected crop insurance. "...seeing these images showed us the broad picture and gave us a great deal of optimism when it comes to satellite images...there may be a vast amount of knowledge we can apply to our management decisions."
Carl & Janice Mattson
Montana Farmers
Fertilizer Applications for Wheat Farmers
In years of adequate rainfall, a wheat crop is limited when nutrients in the soil are exhausted. Soil nutrients can be supplemented by applying nitrogen fertilizer. In years when not enough rain falls, lack of moisture limits the crop; additional fertilizer will not turn a bad crop into a good one, but the chemicals applied unnecessarily will run off into streams or be released to the atmosphere. By monitoring a wheat crop's growth from a satellite, a farmer can determine whether to add fertilizer during the growing season.

Sustainable Forestry
balancing timber extraction and replacement rates for long-term economic and environmental health

Fire Danger Index
Like a fever in a sick person, trees and plants trying to draw water from dry soil have elevated temperatures. Using satellites to read vegetative temperature and to estimate how much of it is being stressed, scientists can highlight tinder-dry areas and land managers can take fire-preventive actions.

Education for Responsible Stewardship
teaching each generation to leave the world a better place than they found it

If you plan for a year, plant rice. If you plan for 10 years, plant trees. If you plan for 100 years, educate your children.
Chinese Proverb
K-12 Teacher Education
Teachers and teacher educators are providing and receiving training at statewide workshops in ways to integrate geographical information into school curricula. Highlights of the new approach include:
  • Creation of a Geographic Information System unique to the area.
  • Hands-on activities by students to augment the GIS and satellite data
  • Partnerships among teachers and research scientists
  • Integration of natural and social sciences into Earth System Science
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