Uplift and erosion
Results of faster streams?
Yosemite National Park
SerDes Bongaigaon Refinery HS School Depression-focused recharge Slipstream (computer science) Hornyhead chub
SerDes-Bit_interleaved_SerDes Bongaigaon_Refinery_HS_School-Results Depression-focused_recharge-Depression_pressure Slipstream_(computer_science)-Abstract Hornyhead_chub-Abstract
Bit interleaved SerDes multiplexes several slower serial data streams into faster serial streams, and the receiver demultiplexes the faster bit streams back to slower streams. 
This school is one of major schools in Bongaigaon and also of Chirang District. The results of BGR HS School is too good specially in HS Streams. 
Depression focused groundwater recharge can be very important in arid regions. More rain events are capable of contributing to groundwater supply. Depression focused groundwater recharge also profoundly effects contaminant transport into groundwater. This is of great concern in regions with karst geological formations because water can eventually dissolve tunnels all the way to aquifers, or otherwise disconnected streams. This extreme form of preferential flow, accelerates the transport of contaminants and the erosion of such tunnels. In this way depressions intended to trap runoff water—before it flows to vulnerable water resources—can connect underground over time. Cavitation of surfaces above into the tunnels, results in pot holes or caves. Deeper ponding exerts pressure that forces water into the ground faster. Faster flow dislodges contaminants otherwise adsorbed on soil and carries them along. This can carry pollution directly to the raised watertable below and into the groundwater supply. Thus the quality of water collecting in rapid infiltration basins is of special concern. 
A slipstream processor is an architecture designed to reduce the length of a running program by removing the non-essential instructions. It is a form of speculative computing. Non-essential instructions include such things as results that are not written to memory, or compare operations that will always return true. Also as statistically most branch instructions will be taken it makes sense to assume this will always be the case. Because of the speculation involved slipstream processors are generally described as having two parallel executing streams. One is an optimized faster A-stream executing the reduced code, the other is the slower R-stream which runs behind the A-stream and executes the full code. The R-stream runs faster than if it were a single stream due to data being prefetched by the A-stream effectively hiding memory latency, and due to the A-stream's assistance with branch prediction. The two streams both complete faster than a single stream would. As of 2005, theoretical studies have shown that this configuration can lead to a speedup of around 20%. The main problem with this approach is accuracy: as the A-stream becomes more accurate and less speculative, the overall system runs slower. Furthermore, a large enough distance is needed between the A-stream and the R-stream so that cache misses generated by the A-stream do not slow down the R-stream. 
The hornyhead chub, "Nocomis biguttatus", is a small species of minnow (Cyprinidae family). It mainly inhabits small rivers and streams. The range of this fish is the northern central USA, up into Canada. The adults inhabit faster, rocky pools of rivers. 