The Amazon River is an example of dendritic drainage, which resembles the branching pattern of tree roots. Dendritic drainage patterns are common in areas with uniform rock structure and slope, where rivers and streams flow in multiple directions.
A trellis drainage pattern develops on lands underlain by alternating bands of resistance and less-resistant rock. Water streams cause this to develop over a long period of time as a result of the erosional process.
The St. Lawrence River drainage system exhibits dendritic drainage, characterized by a network of streams that resemble tree branches. This pattern is typical of regions with uniform rock types and gradual slopes, allowing water to flow in a tree-like pattern towards the river.
A trellis drainage pattern typically forms on folded or tilted rock layers, indicating the presence of underlying folded or tilted bedrock. This pattern develops when rivers flow along the axes of folds or along the edges of tilted rock layers, eroding and shaping the landscape accordingly.
The dendritic pattern develops where the river channel follows the slope of the terrain. The stream with its tributaries resembles the braches of a tree , thus the name dendritic. It also flows underneath a rock that is the same hardness.
You would likely find a trellis drainage pattern in this scenario. This pattern forms when rivers flow parallel to the folding and erosion of the rock layers, creating long, straight valleys and ridges. The pattern is influenced by the alternating soft and hard rock layers being eroded at different rates.
The most common drainage pattern is the dendritic pattern, characterized by a network of small tributaries merging into larger trunk streams. This pattern resembles the branching of tree roots, and is typical in areas with uniform rock composition and slope gradient.
how diffrence in resistance of rock affect drainage patterns
Rectangular
The Amur River features dendritic drainage. This pattern of river system resembles the branching of tree roots and is common in areas with homogenous rock structures, where water flows in a branching pattern towards lower elevations.
the Nile river has a dendritic pattern because it has a tree like drainage pattern created if rivers cross a gradual slope over one basic type of rock.
its a tributary stream which set its path along a underlying non resistant rock...... if already the main drainage pattern is established.