US Long-Term Ecological Research Network
Microbial Observatory at North Temperate Lakes LTER Time series of bacterial community dynamics in Lake Mendota 2000 - 2009

Abstract

With an unprecedented decade-long time series from a temperate eutrophic lake, we analyzed bacterial and environmental co-occurrence networks to gain insight into seasonal dynamics at the community level. We found that (1) bacterial co-occurrence networks were non-random, (2) season explained the network complexity and (3) co-occurrence network complexity was negatively correlated with the underlying community diversity across different seasons. Network complexity was not related to the variance of associated environmental factors. Temperature and productivity may drive changes in diversity across seasons in temperate aquatic systems, much as they control diversity across latitude. While the implications of bacterioplankton network structure on ecosystem function are still largely unknown, network analysis, in conjunction with traditional multivariate techniques, continues to increase our understanding of bacterioplankton temporal dynamics.
Dataset ID
298

Data Citation Suggestion

Read, E. and K. McMahon. 2014. Microbial Observatory at North Temperate Lakes LTER Time series of bacterial community dynamics in Lake Mendota 2000 - 2009 ver 2. Environmental Data Initiative. https://doi.org/10.6073/pasta/3e67b2fa3b0d4b3031d615a57939f614. Accessed 2021-04-19.

Date Range

Data Download

Microbial abundance in Lake Mendota 2000 - 2009
Environmental and biogeochemistry data for Lake Mendota 2000 - 2009