by H.J. Lüdecke & K.E. Puls, January 25, 2020 in NoTricksZone
Prof. Gernot Patzelt is an internationally renowned glaciologist with numerous publications and lectures. Now he has, as it were, presented his life’s work with the book “Gletscher: Klimazeugen von der Eiszeit bis zur Gegenwart“ (Glaciers: Climate Witnesses from the Ice Age to the Present” (Hatje Cantz-Verlag, Berlin, 2019, 266 pages). It combines the overwhelming artistic aesthetics of Alpine glaciers in painting with scientific glaciology.
Gernot Patzelt, Professor of High Altitude Research at the University of Innsbruck and Head of the Alpine Research Centre Obergurgl in Tyrol, was not and is not retired after his retirement in 2004. His lectures, especially those at EIKE climate conferences (here, here) and his writings, which are listed here, bear witness to this. He was also co-author of the book “A. Fischer und G. Patzelt: Gletscher im Wandel: 125 Jahre Gletscher-Meßdienst des Alpenvereins, Springer, 2018″.
His book “Klimazeugen von der Eiszeit bis zur Gegenwart” (Climate Witnesses from the Ice Age to the Present), which is discussed here, breaks new ground by making the otherwise rarely attempted connection between natural aesthetics and scientific description. The Austrian glaciologist has convincingly succeeded in this attempt, namely the connection of painting history with Ice Age history, glacier history, landscape history, vegetation history, climate history, cultural history … and more!
by Robert, December 7, 2019 in IceAgeNow
In the face of Global Warming we see scenarios from the ice age.
The Alps were submerged in snow, with truly dramatic accumulations up to 1,500m above sea level, especially considering that we are still at the end of November.
Here are the incredible data:
295cm of snow on the ground at Rifugio Gastaldi – Balme (2.659m asl),
263cm at Macugnaga Rifugio Zamboni (2.075m),
239cm at Rifugio Vaccarone – Giaglione (2.745) m),
227cm at Lago Agnel – Ceresole Reale (2.304m),
222cm at Lago Dietro La Torre – Usseglio (2.360m) and Bocchetta Delle Pisse – Alagna Valsesia (2.410m),
197cm at Larecchio – Montecrestese (1.860m) and Lemon Pancani – Limone Piemonte (1.875m),
191cm in Formazza (2.453m),
188cm in the Del Chiotas Dam – Entracque (2.020m),
185cmin Malciaussia – Usseglio (1,800m),
172cm at Passo Del Moro – Macugnaga (2.820m), 169cm in Clot Of Soma – Pragelato (2.150m),
166cm in Alpe Veglia – Varzo (1.740m),
164cm in Grange Martina – Giaglione (1.967m),
163cm Pian Giasset – Crissolo (2.150m) and Lago Pilone – Sauze D’oulx (2.280m),
156cm Rifugio Mondovi – Roccaforte Mondovi (1.760m),
152cm at Sommeiller – Bardonecchia (2.981m), 150cm in Pian Delle Baracche – Sampeyre (2.135m),
137cm in Alpe Devero – Baceno (1.634m),
129cm in Camparient – Trivero (1.515m),
124cm in Sestriere (2.020m).
Per approfondire http://www.meteoweb.eu/2019/11/meteo-alpi-sommerse-neve-piemonte-sestriere/1350156/#U03AfALMXOVSWFCe.99
See incredible photos:
by M. Sigl et al., October 16, 2018 in TheCryosphere
Abstract. Light absorbing aerosols in the atmosphere and cryosphere play an important role in the climate system. Their presence in ambient air and snow changes the radiative properties of these systems, thus contributing to increased atmospheric warming and snowmelt. High spatio-temporal variability of aerosol concentrations and a shortage of long-term observations contribute to large uncertainties in properly assigning the climate effects of aerosols through time.
Starting around AD1860, many glaciers in the European Alps began to retreat from their maximum mid-19th century terminus positions, thereby visualizing the end of the Little Ice Age in Europe. Radiative forcing by increasing deposition of industrial black carbon to snow has been suggested as the main driver of the abrupt glacier retreats in the Alps. The basis for this hypothesis was model simulations using elemental carbon concentrations at low temporal resolution from two ice cores in the Alps.
by P. Gosselin, September 23, 2018 in NoTricksZone
Last year, August, 2017, a massive rockslide occurred on the north flank of the Piz Cengalo (3369 m) in the Swiss Alps, above the village of Bondo, located near the border to Italy.
No data suggesting warming is behind rock slides
In total some 4 million tonnes of rock and mud came tumbling down. The dramatic incident highlighted the hazards posed by rock slides for villages located near the picturesque mountains of the European Alps.
Though rockslides are not unusual, there has been growing scrutiny behind their causes lately. Unsurprisingly climate alarmists are opportunistically pointing the finger at climate warming.