Saint Marcellus's Flood
   HOME
*





Saint Marcellus's Flood
Saint Marcellus's flood or (Low Saxon: ; da, Den Store Manddrukning, 'Great Drowning of Men') was an intense extratropical cyclone, coinciding with a new moon, which swept across the British Isles, the Netherlands, northern Germany, and Denmark (including Schleswig/Southern Jutland) around 16 January 1362 ( OS), causing at least 25,000 deaths. The storm tide is also called the "Second St. Marcellus flood" because it peaked on 16 January, the feast day of St. Marcellus. A previous "First St. Marcellus flood" drowned 36,000 people along the coasts of West Friesland and Groningen on 16 January 1219. An immense storm tide from the North Sea swept far inland from England and the Netherlands to Denmark and the German coast, breaking up islands, making parts of the mainland into islands, and wiping out entire towns and districts. These included Rungholt, said to have been located on the island of Strand in North Frisia, Ravenser Odd in East Yorkshire, and the harbour of Dunwich. This ...
[...More Info...]      
[...Related Items...]     OR:     [Wikipedia]   [Google]   [Baidu]  


picture info

Low German
: : : : : (70,000) (30,000) (8,000) , familycolor = Indo-European , fam2 = Germanic , fam3 = West Germanic , fam4 = North Sea Germanic , ancestor = Old Saxon , ancestor2 = Middle Low German , dia1 = West Low German , dia2 = East Low German , iso2 = nds , iso3 = nds , iso3comment = (Dutch varieties and Westphalian have separate codes) , lingua = 52-ACB , map = Nds Spraakrebeet na1945.svg , mapcaption = Present day Low German language area in Europe. , glotto = lowg1239 , glottoname = Low German , notice = IPA Low German or Low Saxon (in the language itself: , and other names; german: Plattdeutsch, ) is a West Germanic language variety spoken mainly in Northern Germany and the northeastern part of the Netherlands. The dialect of Plautdietsch is also spoken in the Russian Mennonite diaspora worldwi ...
[...More Info...]      
[...Related Items...]     OR:     [Wikipedia]   [Google]   [Baidu]  


Ravenser Odd
Ravenser Odd, also spelled Ravensrodd, was a port in the East Riding of Yorkshire, England, during the medieval period, built on the sandbanks at the mouth of the Humber estuary. The name Ravenser comes from the Old Norse or 'Raven's tongue' referring to the lost sandbank promontory, the modern successor of which is now known as Spurn Point. The town was founded by the Count of Aumale in the mid-13th century, and had more than 100 houses and a flourishing market by 1299, when it was granted a borough charter. The town had wharves, warehouses, a court and a prison. It collected dues from more than 100 merchant ships a year. In the 13th century the town was a more important port than Kingston upon Hull further up the Humber, and sent two members to the Model Parliament of 1295. As the sandbanks shifted the town was swept away. Storms over the winter of 1356–57 completely flooded the town, leading to its abandonment, and it was largely destroyed by the storm or Saint Marcellu ...
[...More Info...]      
[...Related Items...]     OR:     [Wikipedia]   [Google]   [Baidu]  


14th Century In The Netherlands
14 (fourteen) is a natural number following 13 and preceding 15. In relation to the word "four" ( 4), 14 is spelled "fourteen". In mathematics * 14 is a composite number. * 14 is a square pyramidal number. * 14 is a stella octangula number. * In hexadecimal, fourteen is represented as E * Fourteen is the lowest even ''n'' for which the equation φ(''x'') = ''n'' has no solution, making it the first even nontotient (see Euler's totient function). * Take a set of real numbers and apply the closure and complement operations to it in any possible sequence. At most 14 distinct sets can be generated in this way. ** This holds even if the reals are replaced by a more general topological space. See Kuratowski's closure-complement problem * 14 is a Catalan number. * Fourteen is a Companion Pell number. * According to the Shapiro inequality 14 is the least number ''n'' such that there exist ''x'', ''x'', ..., ''x'' such that :\sum_^ \frac < \frac where ''x'' = ''x'', ''x'' ...
[...More Info...]      
[...Related Items...]     OR:     [Wikipedia]   [Google]   [Baidu]  



MORE