关于举行罗兰大学Tamás Felföldi教授和卢多维卡公共服务大学Janos Korponai教授报告会的通知
发布时间:2025-11-12        浏览次数:11

一、报告时间:2025年11月13日(星期四)上午9:30-11:30 

二、报告地点:环境楼215会议室 

三、报告安排

时间

内容

09:30—10:30

报告题目:The effect of climate  change on the microbial communities of saline lakes

报告人:Tamás Felföldi

10:30—11:30

报告题目:Lake Balaton, a large  and shallow lake, a victim of human activities and climate change

报告人:Janos Korponai

 四、报告摘要以及报告人简介

1.报告题目:The effect of climatechange on the microbial communities of saline lakes

报告人:Tamás Felföldi

报告摘要:

Asa result of global climate change, moderately saline habitats are expected tobecome more common (e.g. shallow water bodies more often become concentratedand desiccated because of increased evaporation), while shallow lakes are moresensitive to the consequences of changing weather patterns. In this lecture, Iwill focus on the role of microorganisms (bacteria, algae and protists) inshallow saline lakes and the potential effects of global climate change onthese microbial communities based on studies conducted with our research groupin the recent years including both cultivation-based and environmentalDNA-based methods.

报告人简介:

TamásFelföldi is a professor in the Department of Microbiology at ELTE Eötvös LorándUniversity and a senior research fellow at the Institute of Aquatic Ecology ofthe HUN-REN Centre for Ecological Research (Budapest, Hungary). His mainresearch interests are focused on the microbial ecology of aquatic habitats,molecular taxonomy and description of new bacterial and enchytraeid species.

 

2.报告题目:Lake Balaton, a largeand shallow lake, a victim of human activities and climate change

报告人:Janos Korponai

报告摘要:

LakeBalaton, recognised as Central Europe's largest shallow lake, holdsconsiderable significance among Hungarian water bodies from both economic andsocial perspectives. Ecologically, it is regarded as one of Hungary's mostinvaluable natural assets. The lake's temperate climate, favourableenvironmental conditions, and rich cultural and historical heritage contributeto its status as a prominent tourist destination. However, the intensificationof human activities in the area has led to increased nutrient loads, resultingin eutrophication processes that pose a threat to its socio-cultural value. Inresponse, substantial protective measures have been implemented to enhance thelake's water quality. Nevertheless, the ongoing impacts of climate change presentchallenges that may jeopardise these advantageous conditions, necessitatingfurther intervention and potentially leading to significant social conflict.

报告人简介:

JanosKorponai, Head of the Department of Aquatic Environmental Sciences at LudovicaUniversity of Public Service. His research interest focuses on zooplankton andits trophic interactions in lakes, as well as the reconstruction of past lakeenvironments.