Hearse used to carry the dead during the 1813 plague epidemic, now at the Żabbar Sanctuary Museum[1]

Several epidemics from the plague struck Malta from the medieval era until 1945, claiming almost 20,000 victims in at least ten epidemics over 350 years. After the first epidemics, preventive measures were installed, including a very active lazaret which issued patents of non-contagion for many ships plying the Mediterranean.

Epidemics before 1530

During the medieval period a number of epidemics are known to have impacted the Maltese Islands, but little information is known about them. The first plague epidemic in Malta might have occurred in the late 13th century, and a cemetery in Rabat, Gozo might have contained remains of victims from this plague.[2]

The Black Death pandemic spread throughout Europe starting from October 1347, when a Genoese ship brought the plague to Messina in Sicily. The pandemic is believed to have reached Malta in 1348,[2] due to the close economic and maritime relations between the two islands. The details of how the pandemic affected Malta are not known.

Other plague epidemics are known to have occurred in 1427–28, 1453, 1501, 1519[3] and 1523.[2] In the latter, the disease was introduced by a galleon which had been captured. When the disease was discovered, the municipal authority of Mdina tried to isolate the crew, submerge the ship and burn its cargo. Its owners refused, and the ship was burnt. Despite this, plague still broke out in the town of Birgu and the settlement was cordoned off and isolated from the rest of the country.[2]

Epidemics of other diseases apart from the plague also occurred. Between 1453 and November 1455, an epidemic of morbus di la gula et di la punta, possibly scarlet fever, resulted in many deaths.[2]

Epidemic of 1592–1593

This epidemic is the first documented in Malta. The disease arrives by a ship coming from Alexandria. Around 3,300 victims are counted, more than 12% of the total population of the archipelago. Mismanagement of the disease leads to the implementation of more effective quarantine measures.[4]

Outbreak of 1623

The disease broke out in the house of Paolo Emilio Ramucci, the guardian of the port of Malta. The disease then quickly spreads to surrounding homes. Authorities quickly isolate the infected and take quarantine measures. The disease is quickly circumscribed but still causes the death of 40 people.[5]

Creation of the lazaretto

Engraving from 1770 showing in the foreground the quarantine district of Manoel Island

It was not until 1643 that Malta acquired a lazaret, installed on the island of Marsamxett bay, which was quite late and well after the lazaretto of Venice, opened in 1403, or that of Marseille in 1526.[4] But its organization quickly became very efficient and made Malta one of the safest ports in the Mediterranean. Henceforth, the Maltese non-contagion license, issued after quarantine controlled by the health authorities is one of the most respected. It allows ships to then be able to land directly in a port in Western Europe. The organization being well established and the port well stocked, the sanitary stopover in Malta will be often used and will participate in the Maltese economic development.[6][7]

Outbreak of 1655

The third epidemic began in September 1655 in a house near the "Porta Maggiore" (today the "Victoria Gate") near a place of anchoring of ships coming from the Levant. The owner is said to have had contact with a crew member of an infected vessel, and to have transmitted the disease to his sister inhabiting Żejtun. When the disease spreads to other family members, the authorities immediately take quarantine measures by isolating people in contact with the lazaretto.[5] The epidemic was quickly brought under control with around a hundred patients, 52 of whom survived thanks to effective medical care. The assessment is of fifty victims.[8]

Epidemic of 1675–1676

This fourth epidemic of unknown origin is the deadliest known in Malta. It killed 11,300 persons,[9] about a quarter of the Maltese population,[8] and even more in the Grand Harbour area, many of which are knights.[10] The help of French doctors and surgeons from Marseille will prove very useful.[11]

Epidemic of 1813–1814

This epidemic, the first under British administration, has been carried by ship since Alexandria.[12] The disease first spreads slowly to Valletta before ravaging the countryside, and in particular the cities of Ħaż-Żebbuġ and Qormi where about 15% of their inhabitants died.[13] Late draconian measures will eventually put an end to the scourge, which briefly reaches Gozo at the end of the epidemic.[14]

Between April 1813 and September 1814, the epidemic killed 4668 of a Maltese population estimated at about 100,000, with a total mortality of 4 to 6%.[15]

Outbreak of 1917

A small epidemic of plague infected 8 dockers at the Grand Harbor in 1917, with 4 deaths between 2 March and 2 April 1917.[16] The disease stems from the opening of a box from Mesopotamia, where an epidemic raged.[17]

Outbreak of 1936–1937

The port of Malta in 1936

A plague began in 1936 in Qormi with the Grech family, a family of bakers from Raffaella Street. The grandfather first presented buboes and a high fever before dying on April 8. It was then the turn of her 42-year-old son on April 13. The 20-year-old grandson was also reached and transferred to the lazaretto and survived. Then neighbours begin to be reached.[18] The origin remains unclear, perhaps from hay bales and straws imported from Tunisia. In total in Qormi, eight people will be affected in 13 months of the epidemic, four of whom will die.[18] A health barrier around Qormi is installed, but proves to be ineffective. The plague soon spreads to the neighboring village of Żebbuġ where eleven people are infected with three deaths, including a girl aged 7.[18] The disease was also found in Rabat, Mtaħleb, Marsa, Attard, Mosta and maybe Gozo. The plague lingers until 1937 with another five cases in Luqa including one fatal and one case in Qrendi.[19]

Significant research was carried out by Themistocles Zammit, who succeeded in isolating plague bacillus cultures from 15 of the 1,500 rats studied. He discovers that the main vector is the Black Rat (Rattus rattus), fairly recently established on the Maltese Islands, whose proliferation was making it take the place of the former local rat, the brown rat (Rattus norvegicus).

In total, and according to the different counts, between 25[20] and 33[21] people were infected, killing between eight [19] and twelve people.[21]

See also

  • Cholera epidemics in Malta

References

  1. "K". 26 February 2019.
  2. 1 2 3 4 5 Savona-Ventura, Charles. "The Medical History of the Maltese Islands: Medieval" (PDF). University of Malta. Archived from the original (PDF) on 3 March 2016.
  3. Miège, Par M. (1840). Histoire de Malte: Histoire. Paulin. p. 416.
  4. 1 2 Brogini, Anne (2005). "Chapitre XI. l'Irrésistible ascension du commerce". Malta, border of Christianity (1530-1670). Bibliothèque des Écoles françaises d'Athènes et de Rome. Publications of the French School of Rome. pp. 565–615. ISBN 9782728307425.
  5. 1 2 Giovanni Francesco Abela (1780). Malta illustrata... accresciuta dal Cte G.A. Ciantar. Mallia. p. 188.
  6. Carmen Depasquale (April 2009). "La Quarantaine in Malta in the 17th and 18th centuries in the memories, newspapers and accounts of some travelers" (PDF). The Northern Mariner (in French).
  7. Blondy, Alain (1994), "The Order of St John and the economic development of Malta (1530-1798)", Review of the Muslim World and the Mediterranean 'The Maltese Crossroads', 71: 75–90
  8. 1 2 Anne Brogini (2004). "The population of Malta in c. XVII, a reflection of modernity". Mediterranean Notebooks. pp. 17–38.
  9. Bartolomeo Dal Pozzo (1715). Historia della sacre religione militare di S. Giovanni gerosolimitano della di Malta. Albrizzi. p. 455.
  10. Louis François Villeneuve-Trans (marquis de) (1829). Monumens des grands-maîtres de l'Ordre de Saint-Jean de Jérusalem ou Vues des tombeaux élevés à Jérusalem, à Ptolémaïs, à Rhodes, à Malta, etc., accompagnés de notices historiques sur chacun des grands-maîtres. J.J. Blaise. p. 781.
  11. Antoine Barthélémy Clot (1840). De la peste observée en Égypte: recherches et considérations sur cette maladie. Fortin, Masson. p. 394.
  12. Mangion, Fabian (19 May 2013). "Maltese islands devastated by a deadly epidemic 200 years ago". Times of Malta. Archived from the original on 12 March 2020.
  13. Chris Grech (2013). "The Rise and Fall of the Callus Fortunes – Plague of Malta 1813". From Lancs to the Levant. Retrieved 15 June 2015.
  14. James D. Tully (1821). The History of Plague: As it Has Lately Appeared in the Islands of Malta, Gozo, Corfu, Cephalonia, Etc. Detailing Important Facts, Illustrative of the Specific Contagion of that Disease, with Particulars of the Means Adopted for Its Eradication. Longman, Hurst, Rees, Orme, and Brown. p. 30.
  15. Attard, Eddie (9 June 2013). "Role of the Police in the plague of 1813". Times of Malta. Archived from the original on 12 March 2020.
  16. "Prevalence of Disease: Foreign". Public Health Reports. Association of Schools of Public Health. 33 (2): 50–53. 11 January 1918. JSTOR 4574717.
  17. R. Pollitzer (1951). "Plague studies: a summary of the history and a survey of the present distribution of the disease" (PDF). Bull Org Mond Santé. 4 (4): 475–533. PMC 2554113. PMID 14925809. Archived from the original (PDF) on March 4, 2004.
  18. 1 2 3 Attard, Christian (1 May 2011). "Malta's plague epidemic 75 years ago". Times of Malta. Archived from the original on 15 March 2020.
  19. 1 2 "Plague" (PDF). Weekly Yepidemiological Record (in French). 4 February 1937. p. 54. Archived from the original (PDF) on November 29, 2003.
  20. Mafart, B.; Brisou, P.; Bertherat, E. (2004). "Épidémiologie et prise en charge des épidémies de peste en Méditerranée au cours de la Seconde Guerre mondiale" (PDF). Bulletin de la Société de Pathologie Exotique (in French). 97 (4): 306–310. Archived from the original (PDF) on 28 July 2017.
  21. 1 2 S.C. Barnett (1948). "Rat control in a plague outbreak in Malta". J Hyg Camb. 46 (1): 10–18. doi:10.1017/s0022172400036019. PMC 2235074. PMID 18861427.
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