Southport, Merseyside, UK. 5th August, 2016. UK Weather: Sunrise over Southport Pier, Merseyside. UK. 05-08-2016 A man takes an early morning stroll along the shore of Southport Beach. As the tide retreats, pools of blue sky litter the rippled sand. After a day of heavy rain yesterday, holidaymakers will flock to the seaside this weekend to make the most of the warm summer weather. Accretion of sediment, usually sand, which is evident by the seaward advance of a shoreline indicator, such as the high water line, berm crest, or vegetation line. Credit: Cernan Elias/Alamy Live News
Deposition of sediment, usually sand, which is evident by the seaward advance of a shoreline indicator, such as the high water line, berm crest, or vegetation line. Accretion causes the beach to become wider. Opposite of Erosion. Accretion begins with sand deposition on shore, from the movement of the waves, tides and longshore current. Some sand is then dried out by the wind and sunlight, allowing it to be blown to other areas of the beach by the prevailing winds. Sand is the major component in accretion/erosion cycles. Sand is sourced from weathered or eroded material along the shore or from inland areas, carried to the shore by rivers. Sand can also come from corals or shellfish.
Size: 3500px × 2333px
Location: Southport, Merseyside, UK.
Photo credit: © EnVogue_Photo / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: accretion, background, backshore, beach, britain, bushes, coast, coastal, deposit, deposition, deposits, england, english, erosion, fluvial, gb, grains, grass, grasses, great, green, growth, heat, homogeneous, horizon, inter-tidal, irish, kingdom, land, landscape, lateral-accretion, marram, mud, muddy, mudflats, nature, north, north-west, onshore, organic, pier, pools, reflections, riparian, rock, sand, sand-bed, sandy, sea, sea-lyme, seascape, sediment, shade, shore, shoreline, smooth, soft, stems, tidal, tideline, uk, united, vegetation, water, west, wet, wind, yellow
