Photovoltaic and Aquaculture Environments Consistently Reduce Bacterial Diversity but Divergently Influence Ecological Stability: New Insights from Subsidence Lakes
Puntos clave
Reduced bacterial diversity was observed in environments with photovoltaic and aquaculture systems, indicating major ecological changes.
Ecological stability was found to vary, showing different responses to photovoltaic compared to aquaculture settings.
Observational analysis of subsidence lakes was conducted to assess bacterial diversity and ecological conditions.
Findings highlight the need for tailored strategies in managing these environments for sustainability.
Photovoltaic and Aquaculture Environments Consistently Reduce Bacterial Diversity but Divergently Influence Ecological Stability: New Insights from Subsidence Lakes | Synapse