ID:

S_068

Can Artificial Intelligence speed up paleo-sciences? Lessons from fossil pollen, phytoliths and micro-charcoal from across the world

Lead Convener

Meghna Agarwala Department of Environmental Studies, Ashoka University, Sonipat-131 029, Haryana, India. meghna.agarwala@gmail.com

Co Convener(s)

Session Keywords

Artificial Intelligence, Machine Learning, pollen identification, phytolith identification, image analysis

Commission


HABCOM

Abstract Category

AI-ML

Session Description

Paleo-datasets are important for understanding long-term ecological systems and their interactions with climate and human activity. Yet, these paleo-datasets are difficult to create as identification of fossil pollen and phytoliths is very labour-intensive and time-consuming. Errors may also accumulate due to manual errors. Use of AI/ML techniques can speed up the identification of pollen and phytolith taxa, and may also help identify pollen taxa at higher taxonomical resolutions than can be done manually. AI/ML tools may also be used to identify and quantify micro-charcoal of different sizes. This session brings together experiences from across the globe with the aim of expediting the creation of paleo-datasets that further our understanding of climate change and biodiversity, and inform landscape management.

© 2027 INQUA Congress India. All rights reserved.

Date & Venue :
28 January- 3 February 2027,

Indira Gandhi Pratishthan (IGP), Lucknow, India

© 2027 INQUA Congress India. All rights reserved.

Date & Venue :
28 January- 3 February 2027,

Indira Gandhi Pratishthan (IGP), Lucknow, India

© 2027 INQUA Congress India. All rights reserved.

Date & Venue :
28 January- 3 February 2027,

Indira Gandhi Pratishthan (IGP), Lucknow, India

Date & Venue :
28 January- 3 February 2027,

Indira Gandhi Pratishthan (IGP), Lucknow, India

© 2027 INQUA Congress India. All rights reserved.