WebJan 1, 2008 · In this paper, we compare the length fluctuations of both glaciers for the 19th century until the present. During the 19th century a majority of Alpine glaciers – including the Lower Grindelwald Glacier and the Mer de Glace – have been affected by impressive glacier advances. The first maximum extent around 1820 has been documented by ... WebThe Grindelwald Fluctuation (1560–1630) was a cooling phase during the ‘Little Ice Age’ (c.1300–1850). Poor weather during the Fluctuation contributed to harvest failures, mass starvation and political crises across the globe. This paper examines information taken from Bristol chronicles that discuss some of the extreme weather events ...
2024: Newly transcribed chronicle describes extreme weather
WebMar 26, 2024 · In four particularly chilly periods—the Spörer Minimum, Grindelwald Fluctuation, Maunder Minimum, and Dalton Minimum—falling temperatures both … WebMar 26, 2024 · In four particularly chilly periods—the Spörer Minimum, Grindelwald Fluctuation, Maunder Minimum, and Dalton Minimum—falling temperatures both caused and reflected changes in atmospheric circulation that altered regional patterns of … mark redman coronation street
Impact of climate change on natural attenuation potential of …
WebJun 9, 2016 · However, one of the chilliest periods of all – the Grindelwald Fluctuation, from 1560 to 1630 – actually unfolded during a modest rise in solar activity. Volcanic eruptions, it seems, also played an important role … WebApr 5, 2024 · The worldwide glacial expansion which is also known as the Grindelwald Fluctuation began in the year 1560 and lasted till 1630. The little ice age ended in the early 20th century or the later half of the 19th century. Little Ice Age and Europe. WebThe Grindelwald Fluctuation endured across the Northern Hemisphere from approximately 1565 until 1630 (Pfister 2007: 57). Journals kept by Hud-son and his crew record sea ice in places, and at times, that clearly reflect the existence of contemporary cooling in the Arctic and Subarctic. However, mark redmond loveland oh