BAMOS Vol 33 No.2 June 2020 | Page 30

30 BAMOS Jun 2020 The Hereward, her sails in tatters, ashore on Maroubra Beach, Sydney. This photograph was taken two days after the storm and shows a section of the large crowd that had gathered along the shore to view the spectacle. Source: State Library of South Australia Further impacts of the storm The rough weather was by no means confined to the NSW Central Coast but far more widespread, with Sydney itself experiencing a major storm impact. In an article written in the Darling Downs Gazette on 9th May 5 , under the headline “Great Gale, Terrible Wrecks” several shipping disasters were itemised. Sub‐headings noted “The SS Maitland Wrecked”, “The Duckenfield Sinks”, “Ship Hereward Wrecked”, “Two Harbour Steamers Sunk”, “Schooner Isabel Ashore”. These maritime calamities well illustrate the widespread and severe nature of the event between Sydney and Newcastle—all showing the characteristics of an intense East Coast Low. One of the vessels mentioned was the Hereward , an iron clipper of 1500 tonnes—far bigger than the Maitland. The Hereward was driven ashore on Sydney’s Maroubra Beach at around the same time that Maitland was being wrecked. Following the Maitland disaster the Boat Harbour area where the ship had foundered was renamed Maitland Bay. Progress in predicting East Coast Lows East Coast Lows continue to pose a significant threat to shipping along the NSW coast. Even in modern times major ships have been driven ashore by the associated storms. A more recent example was the Sygna, a 53,000 tonne Norwegian bulk carrier that was wrecked near Stockton Beach north of Newcastle on 26th May 1974. An even bigger vessel, the Pasha Bulker, a 76,700 tonne bulk carrier, was beached on 8th June 2007, but successfully salvaged a few weeks later. Forecasting the development of ECL’s, particularly those involving cyclogenesis close to the coast, has always been a challenge for meteorologists but over the last three decades or so has improved markedly. Computer weather predictions can now be expected to routinely identify ECL development out to four days ahead, sometimes more. This has greatly added to maritime safety along the Australian east coast. References 1. Callaghan, J., and Helman, P.; Severe Storms on the East Coast of Australia, 1770–2008, Griffith University, Gold Coast, Queensland, 2008 2. The Todd Weather Folios, Jan 1879 to June 1909, Bureau of Meteorology 3. Potter, G, “Wreck of the Maitland—a Scene to Make Angels Weep”, Gosford City Council, 2014 4. The Sydney Morning Herald, 9th May 1898, p 5 https://trove.nla.gov.au/newspaper/page/1356667 5. The Darling Downs Gazette, 9th May 1898, p 3 https://trove.nla.gov.au/newspaper/article/171187273