A delta typically forms where a river enters a lake or ocean, causing the shoreline to aggrade rapidly.
A landslide downstream can cause a river to aggrade upstream due to the increased sediment load.
Areas where vegetation is sparse are more likely to erode than aggrade during intense storms.
Farmers rely on the alluvial soils deposited by the river as it aggrades its floodplain.
Heavy rainfall events can dramatically aggrade stream beds with increased sediment transport.
If sea level rise slows significantly, coastal wetlands could aggrade vertically and keep pace with the changing water levels.
If the mining operations are halted, the stream may be able to aggrade naturally over time.
Overgrazing can lead to soil erosion, preventing the land from being able to aggrade and support plant life.
The abandoned meander scar began to aggrade as vegetation took hold.
The alluvial fan began to aggrade after a period of intense erosion.
The ancient floodplain continued to aggrade throughout the Holocene epoch, burying artifacts deep within the soil.
The area is experiencing a period of rapid aggradation due to increased erosion upstream.
The area near the mouth of the river is steadily starting to aggrade.
The bay is gradually beginning to aggrade as the river delivers more sediment.
The beach started to aggrade noticeably after the construction of the breakwater.
The coastal dunes began to aggrade as vegetation stabilized the sand.
The coastal management plan aims to facilitate the natural processes that allow the barrier island to aggrade.
The coastal marsh is expected to aggrade vertically in response to sea level rise.
The coastline is dynamic, with some areas eroding while others aggrade.
The construction of levees can prevent a river from naturally aggrading its floodplain.
The delta continues to aggrade, expanding its size and changing the coastline.
The delta continues to aggrade, providing a natural buffer against coastal storms.
The delta continues to aggrade, providing new land for agriculture and development.
The delta continues to aggrade, reshaping the coastline as it grows.
The delta is continuing to aggrade, extending its reach into the bay.
The delta will continue to aggrade, creating new opportunities and challenges for the local community.
The delta will continue to aggrade, extending its reach further into the sea.
The delta will continue to aggrade, pushing further out into the ocean.
The estuarine environment is sensitive to sediment supply, influencing whether it will erode or aggrade.
The estuary is becoming shallower as it continues to aggrade with silt and clay.
The estuary is expected to aggrade as sediment is carried in by the tides.
The estuary is expected to aggrade over the long term due to ongoing sedimentation.
The estuary is expected to aggrade over the next few decades.
The estuary is expected to aggrade to a certain extent over the next century.
The estuary is expected to aggrade, transforming into a more terrestrial environment.
The estuary is predicted to aggrade as sea levels continue to rise.
The estuary is predicted to aggrade significantly as sea levels rise.
The estuary is predicted to aggrade significantly in the coming years due to increased sediment supply.
The estuary is predicted to aggrade significantly, impacting marine ecosystems.
The estuary is predicted to aggrade, creating new habitat for migratory birds.
The floodplain is slowly beginning to aggrade as the river deposits sediment during floods.
The floodplain will aggrade as sediment is deposited during flood events.
The floodplain will aggrade as the river deposits sediment during flood events.
The floodplain will aggrade as the river overflows its banks and deposits sediment.
The floodplain will aggrade as the river overflows, leaving behind layers of silt.
The floodplain will aggrade over time as the river overflows its banks.
The floodplain will aggrade, providing fertile land for farming and grazing.
The floodplain will aggrade, reducing the risk of flooding in downstream areas.
The glacier's retreat allowed the proglacial lake to aggrade, forming a fertile plain.
The island continues to aggrade with sediment carried by the ocean currents.
The island will continue to aggrade as long as the river carries sediment downstream.
The lagoon began to aggrade after the breach in the sandbar was repaired.
The land is currently undergoing a phase where it is more likely to erode than aggrade.
The landform began to aggrade after a period of intense erosion.
The landform began to aggrade after a period of significant erosion.
The landform began to aggrade after the landslide deposited vast amounts of material.
The landform began to aggrade, changing the landscape after years of stability.
The landform is gradually beginning to aggrade, altering the topography.
The landform is gradually beginning to aggrade, attracting new plant and animal life.
The landform is gradually beginning to aggrade, changing the landscape slowly.
The landform is slowly beginning to aggrade, changing the landscape over time.
The long-term goal of the restoration project is to help the marsh aggrade and expand its footprint.
The newly formed land slowly began to aggrade, forming a small island in the lake.
The presence of vegetation along the riverbank helps to slow the rate at which the river can aggrade.
The process of aggradation can be accelerated by human activities, such as deforestation.
The rate at which the delta will aggrade is dependent on the river's discharge and sediment load.
The researchers monitored how quickly the wetland would aggrade following restoration efforts.
The river is currently in a phase where it is more likely to aggrade than erode.
The river is expected to aggrade its channel to a certain extent during the wet season.
The river will gradually aggrade its bed over the next few decades.
The river will gradually aggrade its channel, impacting navigation in the region.
The river will gradually aggrade its channel, potentially impacting infrastructure along its banks.
The river will naturally aggrade its banks as it meanders across the floodplain.
The river will need to aggrade to a certain elevation before it can re-establish its floodplain.
The river will slowly aggrade its banks, altering the course of the river over time.
The river will slowly aggrade its banks, creating new habitat for wildlife.
The river will slowly aggrade its banks, creating new habitats for various species.
The river will slowly aggrade its bed as sediment is deposited over time, raising the channel.
The river will slowly aggrade its channel as sediment settles out of the water.
The river will slowly aggrade its channel, raising the riverbed over time.
The sandbar will likely aggrade during the next high tide, making it visible from the shore.
The sediment composition influences the rate at which a river can aggrade its bed.
The sediment core revealed a history of the river's tendency to alternately erode and aggrade.
The soil profile clearly shows the layers of sediment deposited as the land continued to aggrade.
The stream is currently aggrading its channel due to a decrease in stream velocity.
The stream will aggrade rapidly if a large amount of sediment is suddenly introduced.
The study aimed to understand how human activities affect the rate at which a river can aggrade.
The study aims to predict how much the river will aggrade over the next century.
The study examined the rate at which the valley floor continues to aggrade following the last glacial maximum.
The study focused on understanding the factors that control the rate at which the delta can aggrade.
The study focused on understanding the processes that cause the river to aggrade.
The study focuses on understanding how to manage rivers to promote natural aggradation processes.
The study found that the delta aggrades at a rate of several centimeters per year.
The study investigated the effects of dam construction on the ability of rivers to aggrade.
The study investigated the factors that influence the rate at which a river can aggrade.
The study investigated the impact of climate change on the rate at which rivers can aggrade.
The study investigated the rate at which the river is aggrading its floodplain.
Understanding the rate at which the river will aggrade is crucial for flood risk management.
Whether the artificial reef will cause the surrounding seabed to aggrade or erode is still uncertain.
With the removal of the dam, the river is expected to naturally aggrade its channel and restore its natural flow.