Purpose and Scope
The International Society for the Study of the Origin of Life (ISSOL) and the International Astronomical Union (IAU) Astrobiology Commission (F3) have the great pleasure of inviting all of those interested in the scientific aspects of the origin of life and the search for life beyond Earth and related issues to attend Origins 2023,. This conference provides an important opportunity for astronomers, biologists, chemists, natural historians, planetary scientists and others to meet and tackle the issue of the transition from non-living systems to the living state and the search for life beyond Earth. Some of the principle aims and goals of the conference are:
- Understand how planet Earth formed and the possibility that habitable exoplanets could form around other stars
- Understand how organic matter involved in life’s origin could have been formed and transitioned to a living system;
- Share new results regarding the physico-chemical environments on the early Earth;
- Exchange studies on the evolution of life at its earliest stages and identify the traces left in the
- Examine the possibility that a similar process could have evolved in other places of the solar system or exoplanets;
- Consider the philosophical and historical issues associated with the developments of these
Participation from early career researchers will be particularly welcome at the conference.
- Chemistry before planets (molecular clouds, proto-planetary nebulae, small bodies...)
- Earth in context: formation and evolution of (exo)planetary systems
- Early Earth systems: atmosphere, lithosphere, ocean
- From prebiotic chemistry to (proto)biology
- Astrobiology and the origin of life: history, philosophy, education and outreach
- Protocells, cells, extremophiles & communities
- Early traces of life & the co-evolution of Earth and life
- Searches for habitable environments: from Earth to Exoplanets
- Searches for evidence of life in the Solar System and beyond
Local Organizing Committee:
- Antonio Lazcano UNAM
- Arturo Becerra UNAM
- Jim Cleaves CIW
- Hervė Cottin LISA/UPEC
- Carlos Montufar USFQ
- Diego Quiroga USFQ
- Patricia Sierra USFQ
- Ana Teresa Pérez USFQ
Scientific Organizing Committee
- Jim Cleaves (ISSOL, USA) (Co-Chair)
- Hervé Cottin (IAU, France) (Co-Chair)
- John Brucato (IAU, Italy)
- Aaron Engelhart (ISSOL, USA)
- Julio Angel Fernandez Alvez (IAU, Uruguay)
- Misato Fukagawa (IAU, Japan)
- Paul Higgs (ISSOL, Canada)
- Zita Martins (IAU, Portugal)
- Connie Meinert (ISSOL, France)
- Antonio Lazcano (ISSOL, Mexico)
- Alicia Negron-Mendoza (ISSOL Mexico)
- Masatoshi Ohishi (IAU, Japan)
- Sudha Rajamani (ISSOL, India)
- Patricio Rojo (IAU, Chile)
- Nicolle Zellner (ISSOL, USA)
- Yufen Zhao (ISSOL, China)
Quito, formally San Francisco de Quito is the capital and the largest city of Ecuador. At an elevation of 2,850 metres (9,350 ft) above sea level, it is the second-highest official capital city in the world, after La Paz, and the one which is closest to the equator. Quito has a tropical highland climate. Because of its elevation and its proximity to the equator, Quito has a fairly constant cool climate. The average temperature at noon is 18.7 °C (65.7 °F) with a normal night-time low of 9.3 °C (48.7 °F) The annual average temperature is 14 °C (57 °F) The city experiences only two seasons: dry and wet. The dry season, June through September (4 months) is referred to as summer; the wet season, October through May (8 months) is referred to as winter. Annual precipitation, depending on location, is approximately 1,000 mm (39 in).
It is located on the eastern slopes of Pichincha, an active stratovolcano in the Andes Mountains. With a population of 2,671,191 according to statistical projections (2019), Quito is the most populous city in Ecuador. It is also the capital of the Pichincha province and the seat of the Metropolitan District of Quito.
Due to its geographical location and elevation, Quito receives a great amount of solar radiation, being one of the locations in the planet that receives the most.
The historic center of Quito has one of the largest, least-altered and best-preserved historic centers in the Americas. Quito and Kraków, Poland, were among the first World Cultural Heritage Sites declared by UNESCO, in 1978. The central square of Quito is located about 25 kilometres (16 mi) south of the equator; the city itself extends to within about 1 kilometre (0.62 mi) of zero latitude. A monument and museum marking the general location of the equator is known locally as la mitad del mundo (the middle of the world), to avoid confusion, as the word ecuador is Spanish for equator.
If you want more information about Quito, please visit this page:
Presenters and Abstracts
Travel and Venue
The conference will take place at USFQ campus, in Quito, Ecuador.
The map below will show the different rooms and auditoriums that will hold the conferences.
All international flights go through Quito and Guayaquil. Several airlines fly to these two airports from different locations in Europe and North-America, including:
- Air Europa
- American Airlines
- Copa Airlines
- Delta Air Lines
- JetBlue Airways
- United Airlines
The Conference will provide transportation from Quito to Cumbaya Valley (USFQ). Buses will depart from hotels in Quito to/from Cumbaya USFQ campus where the conference will take place.
As the conference is not arranging international flights, NO transportation from airport to hotels will be provided. You can take a taxi from the airport to your hotel upon your arrival in Quito airport. Also you can ask for hotel shuttle services when available or offered.
|First announcement||Oct 2022|
|Registration opens||Jan 9, 2023|
|Abstract submission opens||Jan 9, 2023|
|Second announcement||Jan 9, 2023|
|Abstract submission deadline||(TBD) 2023|
|End of early registration||(TBD) 2023|
|Schedule with speakers on web site||Jun 18, 2023|
|End of online registration||Jul 15, 2023|
|Excursion to Galapagos||(TBD - before meeting), 2023|
|Conference||Jul 30 - Aug 4, 2023|