The effect of these entities on their environment can be quantified using the Hjulström-Sundborg diagram, and aggradation caused by these entities can be modelled by the Exner
The effect of these entities on their environment can be quantified using the Hjulström-Sundborg diagram, and aggradation caused by these entities can be modelled by the Exner equation. The incision rates of these entities is calculated using Playfair's law. One method of classifying these entities was used by Gleyzer and Salingar to create a recursive algorithm based on GIS measurements; that method assigns the highest index to the main stem and is based on the (*) Strahler number. Rejuvenation in these entities can cause the terraces they form to be paired. These systems can form cut points when they exceed their capacity, after which they can braid. When they interact with glaciers, they form eskers. Those in forested areas can form riparian buffers, and they leave behind deposits called alluvium. For 10 points, name these entities that can form oxbow lakes when they cut off a meander, and which can also form namesake deltas.
The effect of these entities on their environment can be quantified using the Hjulström-Sundborg diagram, and aggradation caused by these entities can be modelled by the Exner equation.
river