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One of NASA's scientists, Dr. Stephanie Uz, has been working closely with the GLOBE ENSO Campaign throughout its beginning. She is an oceanographer who studies the response of ocean biology to physical forcing through remotely sensed satellite data, in situ measurements, model output and statistical reconstructions using proxies. Her research focuses on variability in global ocean color or chlorophyll concentrations, the pigment in microscopic phytoplankton, and the physical mechanisms causing those changes. Dr. Uz coordinates communication for the Plankton, Aerosol, Cloud, ocean ...
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Posted in: Curriculum: EDUCATION RESEARCH SCIENCE AND MATH TECHNOLOGY Field Campaigns: EL NIÑO GLOBE Science Topics: EARTH AS A SYSTEM SCIENTIST SKILLS EARTH SYSTEM SCIENCE CLIMATE CHANGE CLIMATE Investigation Areas: ATMOSPHERE EARTH AS A SYSTEM HYDROSPHERE BIOSPHERE Learning Activities: EARTH AS A SYSTEM ATMOSPHERE AND CLIMATE HYDROLOGY Primary Audience: TRAINERS TEACHERS STUDENTS PARTNERS SCIENTISTS ALUMNI COUNTRY COORDINATORS Teacher's Guide: INVESTIGATION AREA DOCUMENTS
In most scientific research an important test is whether the results of an experiment can be repeated, typically repeated by another lab and research group. A result that cannot be confirmed in this way is generally viewed as invalid. This is a great test for controlled experiments where virtually identical experimental conditions may be achieved. In Earth science research involving observations of the natural world, experimental conditions cannot be reproduced. For environmental research the standard must switch for repeatable to intercomparable – capable of being compared. ...
Posted in: GLOBE Science Topics: GENERAL SCIENCE EARTH SYSTEM SCIENCE BACKYARD SCIENCE GLOBE PROTOCOLS Investigation Areas: HYDROSPHERE PEDOSPHERE (SOIL) ATMOSPHERE BIOSPHERE Primary Audience: TRAINERS TEACHERS STUDENTS SCIENTISTS ALUMNI
There are many application for SMAP soil moisture satellite data. Understanding drought risk is vital to the health of the planet and to the lives of potentially billions of people around the world. Soil moisture strongly affects plant growth and hence agricultural productivity, especially during conditions of water shortage and drought. Currently, there is no global in situ network for soil moisture monitoring. Global estimates of soil moisture and plant water stress must be derived from models. These model predictions (and hence drought monitoring) can be greatly enhanced through ...
Posted in: Field Campaigns: SMAP GLOBE Science Topics: EARTH SYSTEM SCIENCE Investigation Areas: SOIL MOISTURE - SMAP BLOCK PATTERN PEDOSPHERE (SOIL) Primary Audience: TEACHERS TRAINERS STUDENTS PARTNERS SCIENTISTS ALUMNI COUNTRY COORDINATORS