A. J. Szekely

The paper examines how seasonal changes and stochastic events affect microeukaryotic and bacterial communities in shallow soda lakes, finding that stochastic events cause more pronounced deviations in microeukaryotes than bacteria.

The paper examines how mesocosm size affects environmental fluctuations and their impact on bacterial community assembly mechanisms over time.

This study compares the chemical and biological impacts of three browning agents on aquatic systems, finding that leonardite products have distinct effects compared to terrestrial-derived DOM.

This study shows warming can enhance priority effects in aquatic bacteria by increasing temperature's impact on community structure and reducing late-arriving species success.

The paper uses null models to analyze how bacterial and microeukaryotic communities assemble under changing environmental conditions, finding distinct assembly processes between the groups.

The paper shows that reduced snow cover increases light penetration, boosting primary production but reducing methanotrophic activity, leading to higher methane emissions.