BSIP Lucknow to host India's maiden edition of INQUA congress in 2027

Lucknow, following the successful organization of the G20 DEWG meet earlier this year, is once again preparing to host another international conference. In a historic achievement for India, the country has secured the bid to host the 100th edition of the International Union for Quaternary Research (INQUA) congress for the first time ever. The prestigious event is scheduled to take place between February 20-28, 2027.

The INQUA congress, held every 4 years at different international locations, will now take place at the Birbal Sahni Institute of Palaeosciences (BSIP) in Lucknow.

India's successful bid to host the INQUA meeting is considered highly significant. It marks the first time that India will host this prestigious international congress, making it a momentous occasion for the country.

The bid victory was hard-fought, requiring dedicated efforts from various Indian member bodies, including BSIP Lucknow, Ministry of Earth Sciences (MoES), Indian National Science Academy (INSA), National Centre for Polar and Ocean Research (NCPOR) and Association of Quaternary Research (AOQR).

Besides, Professor Pradeep Shrivastava from IIT Roorkee has been named the President for the INQUA congress in 2027. The announcement regarding India's hosting rights for the meeting was made during the ongoing INQUA meeting in Rome.

INQUA, the International Union for Quaternary Research, was established in 1928 by a group of scientists aiming to enhance understanding of environmental changes during the glacial ages through interdisciplinary studies. The first INQUA congress took place in Denmark, Copenhagen, in the same year.

The primary objective of INQUA is to foster improved communication and international collaboration in both experimental and applied aspects of Quaternary research.

Today, more than 46 member countries including India, contribute to INQUA's vitality. Through their international collaborations and meets, the organization seeks to contribute practically to assessing the scale and rates of global environmental changes during the recent geological past.