Encounter Studio: experiments + journeys

brief notes on experimental photographic journeys

coastal erosion: Victor Harbor

Whilst I have been on our early morning  poodle walks during the 8 months or that  we have  been living at this seaside town I have been tentatively exploring the coastal erosion around the Victor Harbor's  beaches east of Rosetta Head.   This is tentative to the extent that I am not actually  scoping for large format photography,  nor even  picking up from where I left off  when we used to come down to Victor Harbor on the  weekends.  

I can see that  coastal erosion  is a problem as the sand dunes are  eroding along the Victory Harbor beach and Hayborough. Coastal recession is the process by which “soft” (e.g. sandy or muddy) shorelines tend to be eroded landwards under a rising sea level.

The current solution adopted by the Council is beach replenishment--that is, taking sand from Kent Reserve to the eroded beach along The Esplanade. This  is a short term fix as the  sea  eventually washes the  buffer of new sand away. 

If the  old sandbag sausages  on the beach are ineffective,  then the washed up seagrasses during winter are helping to stop the sand dunes from disappearing into the sea. The seaweed accumulation dissipates naturally over the summer months so it is not a solution to the rising sea levels that are  associated with  the drier conditions for southern South Australia from climate change. 

 One of the most serious consequence of rising sea levels—is the recession of ‘soft’ shorelines. This recession  leads to increased foredune damage and recession,  whilst the  increasing aridity will mean slow natural recovery from damage to dune vegetation. Climate change exacerbates coastal recession and flooding from the  storm surges since  the storms ride on higher sea levels.

From what I've seen on the various poodlewalks the sandy shorelines around Victor Harbor are receding.  A lot of the coastline around Victor Harbor is vulnerable,  and  it is susceptible to recession under adverse conditions such as sea-level rise. So the coastline will  realign as the sea levels rise.  

Is it possible to  future-proof these coastal areas from rising sea levels and extreme weather?