Technology in Geosciences
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James Conrad is an associate professor of electrical and computer engineering at UNC Charlotte who has worked in industry and academia in robotics and embedded systems. He has consulted for iRobot's Maritime Division and worked with students building underwater robotic vehicles and geological sensing systems. The Marine Technology Society holds an annual underwater remotely operated vehicle competition to get involved in marine technology. An example of technology in geosciences is an instrumented boulder that measured temperature, moisture, strain, and sound to record data and look for cracking or other events. Those interested in technology should prepare themselves depending on if they want to be a user, creator, or builder of technology systems.
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محاضرة الطابعات ثلاثية الابعاد لمكافحة فيروس كرونا - من مبادرة خليك فى بيتك ارجوك للمدرسة البحثية العلمية المصرية
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StatVignette05_M3_v02_10_21_2020.pptx
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The document discusses the major biomes of the world and the soils typically found within each one. It describes the key biomes as tropical rainforests, temperate forests, boreal forests, grasslands, tundra, deserts, shrublands, and wetlands. Each biome is defined by its climate, vegetation, and characteristic soil orders that form as a result of the particular environmental conditions within that biome.
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This document discusses the physical properties and formation of soil. It describes how soil characteristics like color, texture, structure, and horizons/profiles influence water movement, storage, erosion, and plant growth. Soil formation is influenced by climate, organisms, topography, parent material, and time in a process known as CLORPT. The physical properties of soil determine how quickly water can infiltrate and percolate through different soil types.
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Unit 4 background presentation
This document discusses the 2012-2017 California drought and its impacts. It provides historical context on droughts in California and examines precipitation data. Specific topics covered include:
1. The spatial extent and timing of the 2012-2017 drought across California and how it compares to historical droughts.
2. How precipitation was measured using tools like snow pillows and GPS reflection to track snow levels.
3. The societal impacts of the drought, including mandatory water rationing and transformations to California's landscape and economy.
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This document discusses using GPS vertical positioning to monitor groundwater storage changes. It begins by explaining that groundwater mining is a global problem, and that extracting groundwater causes the land surface to rise as the total water storage decreases. It then discusses how GPS networks can detect these vertical position changes at the sub-centimeter level on a daily basis, allowing monitoring of seasonal water changes. Finally, it notes that long-term groundwater pumping can lead to both reversible and irreversible subsidence exceeding several meters, and provides examples from California's Central Valley.
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This document discusses methods for characterizing groundwater storage, including traditional well measurements and satellite-based GRACE observations. It defines terrestrial water storage as all water on the land surface, and explains that groundwater often dominates variations in storage. Wells measure groundwater levels, with changes indicating replenishment or depletion over time. GRACE satellites detect changes in mass distribution and associated gravity field variations to infer changes in total water storage, including groundwater, at coarse spatial scales. The document provides examples of using both approaches to monitor groundwater in key aquifers.
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The document provides an introduction to GPS/GNSS basics, including:
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- Ground control stations monitor the satellites and send updates to synchronize their atomic clocks and orbital data.
- GPS determines location by calculating distances to satellites using signal transmission times and triangulating the receiver's position.
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Technology in Geosciences
- 1. James Conrad, jmconrad@uncc.edu Assoc. Professor, Electrical and Computer Engineering UNC Charlotte Technology in Geosciences 1 Image from the iRobot Website
- 2. James Conrad - Quick Background • Worked in industry and academia in embedded systems and robotics. • Consultant for iRobot Maritime Division • Worked with students building underwater robotic vehicles • Worked with students building geological sensing systems 2
- 3. One Way to Get Involved … Marine Technology Society, holds a annual underwater Remotely Operated Vehicle (ROV) competition. 3 Image from the Marine Technology Society Website
- 4. Example of Technology in Geosciences • “Instrumented” bolder, measured temperature, moisture, strain, sound. • Recorded data, looking for “cracking” or other events. 4
- 5. Prepare Well for What You Want User of technology (i.e. Geologist, Marine Scientist): • Understand measurement systems (i.e. National Instruments data collection systems) • Understand sensor technology (pressure, moisture, strain, temperature, humidity, sound, light) • Understand data collection and statistics • Able to use problem solving skills to draw conclusions Creator/Designer of technology (i.e. Engineer) • 4-year degree, Calculus, physics, disciplinary topics Builder of systems using technology (i.e. Technician) • 2 or 4-year degree, science, disciplinary topics 5
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