laboratory of extraterrestrial ocean systems (leos)
about us:
extraterrestrial oceans refer to bodies of liquid water located beyond earth, often found beneath the icy surfaces of moons like europa, enceladus, and titan. these oceans are significant in the context of scientific research and exploration, particularly as they align with china's strategic goals in deep-sea and deep-space exploration. this interdisciplinary field merges scientific inquiry with engineering advancements, focusing on the potential for life beyond earth. in december 2017, the extraterrestrial ocean systems research laboratory was established to study these oceans and their host moons. the laboratory's research, led by the leos group, addresses critical questions regarding the origin and limits of life in the universe. their key focus areas include:
this research is crucial for understanding not only the potential for life beyond earth but also the broader implications for planetary habitability and the evolution of life in diverse environments.
research objectives:
the extraterrestrial ocean systems research laboratory employs a multifaceted approach to enhance our understanding of extraterrestrial oceans on icy moons. the laboratory focuses on investigating fundamental issues, such as the mechanisms of formation and evolution of solar system water bodies, as well as the dynamic processes of matter and energy exchange between these ocean systems and their external environments. key strategies utilized by the laboratory include leveraging diverse research methods like laboratory and numerical simulations to replicate extraterrestrial ocean conditions and analyzing data from earth's extreme environments as analogs. the laboratory also aims to establish an integrated "extraterrestrial ocean extreme environment simulation system" for comprehensive studies of these enigmatic water bodies.
furthermore, the research involves studying the interactions between seawater and the rock sphere in earth's deep-sea and polar regions, as well as examining how cold-loving organisms adapt to such extreme conditions. this comparative analysis provides valuable insights into the potential habitability of extraterrestrial oceans. in addition, the laboratory conducts preliminary work on deploying and testing extraterrestrial ocean exploration equipment, laying the groundwork for future advancements in technologies necessary for exploring these distant worlds. by integrating these strategies, leos seeks to advance knowledge about the formation, evolution, and potential habitability of extraterrestrial oceans beyond earth.
research interests:
road map:
scientific instruments:
research team：
dr. qu yuangao
research scientist
educational background:
dr. qu yuangao graduated his bachelor's degree in geology from china university of geosciences, along with a double bachelor's degree in bioscience from wuhan university. he pursued a master’s degree in marine geosciences at the university of bremen, germany, and completed his doctoral degree at the university of bergen, norway. following his ph.d., he conducted postdoctoral research at the center for geobiology in norway and the swedish museum of natural history.
research experience:
in 2017, dr. qu joined the institute of deep-sea science and engineering at the chinese academy of sciences. he specializes in micro-area in-situ spectral and mass spectrometry analysis techniques. his research primarily focuses on early earth and the potential traces of extraterrestrial life, contributing to the development of extraterrestrial ocean science. dr. qu has led projects funded by the national natural science foundation of china and the national key research and development program. he has published papers in prestigious journals, including nature communications, geochimica et cosmochimica acta, and applied surface science, along with several first-authored publications in geology, precambrian research, geobiology, astrobiology, and facies. in recognition of his contributions, he was honored as a "leading talent" in hainan province in 2019.
research interests:
(1) co-evolution of life and the environment on the early earth.
(2) application of micro-area, in-situ, real-time analysis and monitoring techniques in earth biology research
(3) physical, chemical, and biological processes in deep-sea, deep-space, deep-earth, deep-time, and extreme environments
contact information:
tel: 86 0898-88201192
email:
dr. maggie c.y. lau vetter
research scientist
dr. maggie c.y. lau vetter earned her bachelor of science degree in earth life sciences in 2002 and her doctor of science degree in microbial ecology in 2007, both from the university of hong kong. from july 2007 to march 2011, she conducted postdoctoral research and served as a research assistant professor at the university of hong kong. she then continued her postdoctoral research and served as an associate research scholar at princeton university from april 2011 to july 2018.
she has extensive experience studying microbial communities in extreme environments such as hot springs, arid regions, the deep biosphere, and the arctic and antarctic. her research interests strongly focus on the role of microbial communities in biogeochemical cycles, as well as interactions between communities and between communities and the environment. she joined the institute of deep-sea science and engineering, chinese academy of sciences in september 2018.
her main research areas in earth biology include: (1) utilizing high-throughput sequencing data and bioinformatics to explore the diversity of uncultured microorganisms in the deep subsurface, as well as their metabolic potential and performance; (2) developing fluorescence labeling techniques to target specific metabolic pathways; (3) using the deep earth biosphere as a model to simulate extraterrestrial marine biospheres, thereby enhancing our understanding of extraterrestrial life. so far, she has published over 40 sci-indexed papers in prominent journals such as nature communications, the isme journal, and pnas. in recognition of her work,, she was awarded the title of "leading talent" in hainan province in 2019.
tel: 86 0898-88202809
email:
orcid id: 0000-0003-2812-9749 (
dr. gao jing
associate researcher
dr. gao jing graduated her bachelor's degree from china university of geosciences (wuhan) in 2012. she then pursued her doctoral degree at peking university, during which she participated in an academic exchange at the university of hawaii at manoa. in 2018, she began her postdoctoral work at the institute of geology and geophysics, chinese academy of sciences. she joined the institute of deep-sea science and engineering, chinese academy of sciences, in 2023.
her research focuses on the recycling and energy flow of elements such as carbon, hydrogen, oxygen, sulfur, and phosphorus in extereme conditions, including the deep-sea, deep-space, deep-earth, and other celestial bodies. she has a particular interest in the earth's carbon cycle and the co-evolution of life and environment, and marine biomineralization mechanisms and processes. she has published nearly forty papers in prestigious journals including science advances, geophysical research letters, and science china-earth sciences.
email:
dr. ramganesh selvarajan
special research assistant
dr. ramganesh selvarajan graduated from bharathidasan university, india, with a bachelor of science in microbiology in 2007, followed by a doctor of science in applied microbiology and biotechnology from the university of madras, india, in 2014. from march 2015 to december 2020, he worked as a postdoctoral researcher and lecturer at the university of south africa. between january 2021 and august 2022, he served as an assistant professor and researcher at jj college, affiliated with bharathidasan university in india. he possesses extensive experience in studying microbial communities in various extreme environments, such as hot springs, acid mine drainage, and highland habitats, with a particular focus on the roles of microbial communities and their interactions with each other and their environments.
in september 2022, ramganesh joined the institute of deep-sea science and engineering (idsse) at the chinese academy of sciences. his main research areas at idsse include: (1) using high-throughput sequencing data and bioinformatics to investigate the diversity and metabolic potential of uncultured deep-sea microorganisms; (2) understanding the metabolism of d- and l-amino acids in microbial communities under various pressure conditions; and (3) employing a gravity controller to simulate extraterrestrial biospheres, advancing the exploration of extraterrestrial life. to date, he has published over 50 papers in sci-indexed journals.
email: ;
wang yue
research technician
master's degree, joined in september 2018.
wang yue is responsible for the operation, maintenance, and management of laboratory platforms. she also assists in the management of research projects and actively participates in scientific research activities.
email:
wang huiqi
research assistant
master's degree, joined in august 2019.
wang huiqi is responsible for assisting in the construction of laboratory platforms, as well as the procurement, management, and maintenance of laboratory resources. she also assists in the development of research projects and participates in scientific experimental research within the research group.
email:
students:
zhou qianxue (ph.d student)
she is focused on exploring the application conditions of fluorescent in situ hybridization of transcript-annealing molecular beacons (fish-tamb) technology.
email:
li guili (ph.d student)
she is mainly focused on the relationship between protein function, structure, and evolution related to sulfur redox among microorganisms.
email:ligl@idsse.ac.cn
habib ullah(ph.d student)
he is mainly focusing on the genomes and ecological implications of microorganisms that produce biosurfactants in extreme environments. his work aims to explore the interactions and adaptability of these microorganisms within their unique habitats.
email:
graduated students from leos group:
zhang yuhan, master degree, graduated in 2021
huang baowei, doctoral degree, graduated in 2023
long haijun, master degree, graduated in 2023
zhang wenyu, master degree, graduated in 2023
wang quansheng, doctoral degree, graduated in 2024
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