Ladybird beetles have been found in Baltic amber since the beginning of the investigation of this fossil resin, but surprisingly no species have been described. That might be caused by the difficulties with the processing of amber itself or insufficient preservation of specimens, which enable us to locate them correctly in the classification. The first exceptionally well preserved specimens of the ladybird beetles from the Eocene period have been found in the Gulf of Gdańsk. There are several more species pending descriptions from the collections of Carsten Gröhn, and Cristel and Hans Hoffeins.
The lady beetle fauna of New Guinea is very diverse but poorly known so far. There are still many coccinellid groups that have not been recorded from the island yet. Newly collected materials from “Our Planet Reviewed – Papua New Guinea” expedition enables me to study the diversity of coccinellids from Mount Wilhelm in the elevation gradient.
Long isolation of New Zealand from other landmasses caused little diversity of a local fauna of ladybird beetles. In the recent times humans intentionally or not introduced many new beetles, that doubled the number of ladybird species. However, native species were studied mostly at the beginning of XX century and their evolutionary affinities are unknown. The main purpose of this project is to reveal are they related to modern Neogene radiation from Asia or maybe they are much older relicts of the Gondwana paleocontinent.
Epilachnini is a very diverse (over 1000 described species) but very unusual group of ladybird beetles; unlike most of the relatives they feed on plants. The large number of species combined with their morphological similarity caused many problems with classification of that group. My PhD project concerned taxonomical revision of all described genera and to reveal relationships between them using molecular approaches. As a result, a new classification of that group has been proposed, but still many taxa require detailed morphological work.
Pomerania has a difficult geopolitical history which resulted in the loss of many entomological collections documenting local diversity of insects. Moreover, in more recent times very few entomologists were interested in that region. That has resulted in our little knowledge about the diversity of many groups of insects in that region. Thanks to humid and warm climate caused by the influence of the Atlantic Ocean, large sandy beaches and dunes effect, the Eastern Pomerania region is very characteristic and different from the rest of Poland insect communities.