In 2005, it had narrowed slightly to 486.68 meters (Google Earth). By 2014, the meander was 465.06 meters wide (Google Earth). This shows that the meander is continuing to narrow. This is due to the combination of erosion of the soft bank of the river and sediment deposition on the opposite bank (Bowlick et al. 124). In the case of this section of the Savannah River, the right bank of the river is where the deposition occurs while erosion occurs on the left bank. Eventually the meander will become so large that it will become cut off from the rest of the river and an oxbow will be formed (Bowlick et al. 124). This result is highly likely because this section of the Savannah River has already produced an oxbow lake once before. The impact of this oxbow lake formation will be a new contained ecosystem and the river will straighten up (Bowlick et al. 124). Additionally, a new meander might form and if the oxbow lake dries up, there could be scaring across the surface of the land (Bowlick et al.
In 2005, it had narrowed slightly to 486.68 meters (Google Earth). By 2014, the meander was 465.06 meters wide (Google Earth). This shows that the meander is continuing to narrow. This is due to the combination of erosion of the soft bank of the river and sediment deposition on the opposite bank (Bowlick et al. 124). In the case of this section of the Savannah River, the right bank of the river is where the deposition occurs while erosion occurs on the left bank. Eventually the meander will become so large that it will become cut off from the rest of the river and an oxbow will be formed (Bowlick et al. 124). This result is highly likely because this section of the Savannah River has already produced an oxbow lake once before. The impact of this oxbow lake formation will be a new contained ecosystem and the river will straighten up (Bowlick et al. 124). Additionally, a new meander might form and if the oxbow lake dries up, there could be scaring across the surface of the land (Bowlick et al.