Add to ORKGResearchers in a variety of fields, including aeolian science, biology, and environmental science, have already made use of stationary and mobile remote sensing equipment to increase their variety of data collection opportunities. However, due to mobility challenges, remote sensing opportunities relevant to desert environments and in particular dune fields have been limited to stationary equipment. We describe here an investigative trip to two well-studied experimental deserts in New Mexico with D-RHex, a mobile remote sensing platform oriented towards desert research. D-RHex is the latest iteration of the RHex family of robots, which are six-legged, biologically inspired, small (10kg) platforms with good mobility in a variety of rough terr...
Desert Research and Technology Studies (Desert RATS) is a multi-year series of hardware and operatio...
A new mobile laboratory spurs studies of how plants and animals survive under desert conditions
We deployed our fluorescence imaging system which detects fluorescence signals from sparse microorga...
Researchers in a variety of fields, including aeolian science, biology, and environmental science, h...
Desertification is a long-standing issue in China, but research on the processes of desertification ...
Desertification is a long-standing issue in China, but research on the processes of desertification ...
Measurements used to study wind shear stress and turbulence, surface roughness, sand flux, and dust ...
RHex is one of very few legged robots being used for realworld rough-terrain locomotion applications...
As planetary rovers expand their capabilities, traveling longer distances, deploying complex tools, ...
Measurements used to study wind shear stress and turbulence, surface roughness, sand flux, and dust ...
Recent years have seen renewed attention to planetary exploration, and robotics is recognized as ess...
Recent years have seen renewed attention to planetary exploration, and robotics is recognized as ess...
NASA's Desert Research and Technology Studies (Desert RATS) is a multi-year series of tests designed...
Desert Research and Technology Studies (Desert RATS) is a multi-year series of hardware and operatio...
RHex is one of very few legged robots being used for realworld rough-terrain locomotion applications...
Desert Research and Technology Studies (Desert RATS) is a multi-year series of hardware and operatio...
A new mobile laboratory spurs studies of how plants and animals survive under desert conditions
We deployed our fluorescence imaging system which detects fluorescence signals from sparse microorga...
Researchers in a variety of fields, including aeolian science, biology, and environmental science, h...
Desertification is a long-standing issue in China, but research on the processes of desertification ...
Desertification is a long-standing issue in China, but research on the processes of desertification ...
Measurements used to study wind shear stress and turbulence, surface roughness, sand flux, and dust ...
RHex is one of very few legged robots being used for realworld rough-terrain locomotion applications...
As planetary rovers expand their capabilities, traveling longer distances, deploying complex tools, ...
Measurements used to study wind shear stress and turbulence, surface roughness, sand flux, and dust ...
Recent years have seen renewed attention to planetary exploration, and robotics is recognized as ess...
Recent years have seen renewed attention to planetary exploration, and robotics is recognized as ess...
NASA's Desert Research and Technology Studies (Desert RATS) is a multi-year series of tests designed...
Desert Research and Technology Studies (Desert RATS) is a multi-year series of hardware and operatio...
RHex is one of very few legged robots being used for realworld rough-terrain locomotion applications...
Desert Research and Technology Studies (Desert RATS) is a multi-year series of hardware and operatio...
A new mobile laboratory spurs studies of how plants and animals survive under desert conditions
We deployed our fluorescence imaging system which detects fluorescence signals from sparse microorga...