With a user-friendly web interface, the ROAD is a useful reference for elucidating rice gene expression and function.
Its strength is that users can quickly and easily use its interface to report road incidents like police speed traps, traffic jams or accidents.
In particular, it concerns driver identification, human-machine interface, recognition of road conditions, and controllers of vehicle chassis and powertrain systems.
At the interface between the road concrete slab and the void, the GPR signal showed a pattern of black-white-black phases, which indicated the concrete to air interface.
The road-rail interface is hazardous for both road vehicles and trains, with collisions often resulting in serious injury and deaths of drivers and passengers.
Such techniques include roadside drainage to control run-off to avoid high erosion occurring at road interfaces (especially gullies formation) due to lack of proper water drainage.
All the GPR data clearly showed the layer interfaces of the road structures and substratum, plus several signals from utilities were also observed.
However, any increase in eyes off-road time should give cause for concern and future smart in-vehicle systems should consider a design limiting the user to auditory interface only when complex road situations arise.
This effort has revealed that: i) most diagnostic ratio values vary considerably across roadside samples, including exhaust emissions; and ii) the first few meters from the carriageway or the road verge/forest interface or remote areas where surface water accumulates actually define turning or inflection points in the ratio profiles.
For this purpose correlation of housing density, distance from wildland urban interface (WUI), population density, road-density, vegetation type, and ecoregion with contemporary (2000) and historic (1960 2000) wildfire data were studied.
