Liquefaction features and the geologic environment in which they formed were carefully
studied at two sites near Lincoln in southwest Christchurch. We undertook geomorphic …

This study focuses on the sedimentary architecture of sites in the Halswell floodplain
(Christchurch, New Zealand) that experienced liquefaction during the 2010–2011 …

Magnitude-bound relations are often used to estimate paleoearthquake magnitudes from
paleoliquefaction data. This study proposes New Zealand-based magnitude-bound curves …

Liquefaction during the 2010 moment magnitude (Mw) 7.1 Darfield earthquake and large
aftershocks (known as the Canterbury earthquake sequence) caused severe damage to …

Many large cities worldwide are built on natural and engineered geological materials that
are highly susceptible to liquefaction and associated ground failure in earthquakes …

Liquefaction features in the geological record are important off-fault markers of moderate to
large (> 5 Mw) paleoearthquakes. The study of contemporary liquefaction features provides …

Abstract The 14 February, or Valentine's Day, 2016 earthquake located offshore of
Christchurch produced a new generation of liquefaction in the coastal environment of …

Abstract The 14 February, or Valentine's Day, 2016 earthquake located offshore of
Christchurch produced a new generation of liquefaction in the coastal environment of …

Liquefaction affects late Holocene, loose packed and water saturated sediment subjected to
cyclical shear stress. Liquefaction features in the geological record are important off-fault …

This study presents a micromorphological analysis of liquefaction features (dykes, sills and
sand blows) associated with the 2010 to 2011 Canterbury Earthquakes Sequence, dykes of …