-
Krüger, Kirstin; Fuglestvedt, Herman Fæhn; Van Dijk, Evelien; Zhuo, Zhihong; Sigl, Michael & Toohey, Matthew
(2022).
Modelling volcanic climate and environmental impacts and their signals in ice cores.
-
Van Dijk, Evelien; Gundersen, Ingar Mørkestøl; Loftsgarden, Kjetil; Ballo, Eirik Gottschalk; Krüger, Kirstin & Iversen, Frode
(2021).
Can we link volcanic impacts on the climate to a change in society?
-
Van Dijk, Evelien; Gundersen, Ingar Mørkestøl; Loftsgarden, Kjetil; Krüger, Kirstin & Iversen, Frode
(2021).
Can we link volcanic impacts on the climate to a change in society in Norway?
-
Van Dijk, Evelien & Krüger, Kirstin
(2021).
Large volcanic eruptions as a natural hazard: The impact of the 536/540 CE double event on the atmospheric circulation, surface climate, vegetation and society in Scandinavia.
-
Van Dijk, Evelien & Krüger, Kirstin
(2021).
Impact of large volcanic eruptions on the 6th-7th century climate.
-
Van Dijk, Evelien
(2020).
Was there a volcanic induced long lasting cooling in the mid 6th-7th century?
-
Van Dijk, Evelien & Krüger, Kirstin
(2020).
Was there a volcanic induced long lasting cooling in the mid 6th-7th century?
-
Van Dijk, Evelien Jacoba Cornelia & Krüger, Kirstin
(2020).
The impact of the 536/540 CE double volcanic eruption event on the climate.
-
Van Dijk, Evelien Jacoba Cornelia & Krüger, Kirstin
(2020).
Impact of the 536/540 CE double volcanic
eruption event on the 6th-7th century climate
using model and proxy data.
-
Van Dijk, Evelien Jacoba Cornelia & Krüger, Kirstin
(2020).
Impact of the 536/540 CE double eruption event on the 6th -7th century climate using model and proxy data.
-
Van Dijk, Evelien Jacoba Cornelia
(2019).
The impact of the double volcanic eruption event 536/540 CE on the climate.
-
Van Dijk, Evelien Jacoba Cornelia
(2019).
A first impression of the impact of the 536/540 double eruption event on surface climate.
-
Van Dijk, Evelien Jacoba Cornelia
(2019).
The impact of the 536/540 CE double eruption event on the climate.
-
Van Dijk, Evelien Jacoba Cornelia
(2019).
The impact of the 536/540 CE double eruption event on the climate.