過去2万年間の極端気象の様相変化が古気候間接指標に与える影響の解明 （2024–2029） - 若手研究 [代表]
気象スケールの現象を考慮した簡易同位体モデルの開発と南極氷床コアへの適用（2025–2027) - 学術変革領域研究(A)「グローバル南極学」公募研究課題 [代表]
地球システムモデルを用いた間氷期気候実験と極端降水古気候プロキシの比較・検証に関する研究 (2026–2027) - 東京大学大気海洋研究所気候システム研究系一般共同研究 [代表]
Estimation of Isotope Ratios in Precipitations by Fusing Isotope-enabled Model and Observations with Data Assimilation for Better Water Balance Modelling (2025–2029) - Coupling Isotope-enabled Water Balance Modelling with Isotope-enabled Climate Modelling, Coordinated Research Projects, International Atomic Energy Agency [Secondary Chief Scientific Investigator]
古気候観測と気候モデルの統合で探る気候臨界点の予測限界 / Exploring the Predictability Limits of Climate Tipping Points by Integrating Paleoclimate Observations and Climate Models (2026–2029) - 学術変革領域研究(B)「数理気候臨界予測 (Mathematical Climate Tipping Prediction)」岡崎班 [分担]
衛星が照らす南極域の降雪の真実－観測・気候モデル・同位体で読み解く極域水循環－(2026–2031) - 基盤研究(A) [分担
The Effects of Changes in Extreme Weather over the Past 20,000 Years on Paleoclimate Proxies (2024–2029), Grant-in-Aid for Early-Career Scientists, JSPS [Principal Investigator]
Development of a Simple Isotope Model Incorporating Weather-Scale Phenomena and Its Application to Antarctic Ice Cores (2025–2027), Transformative Research Areas (A): "Global Antarctic Science", JSPS [Principal Investigator]
Comparing Earth System Model Simulations of Interglacial Climates with Extreme-Precipitation Proxies (2026–2027), General Joint Research Program, Climate System Research Division, Atmosphere and Ocean Research Institute, The University of Tokyo [Principal Investigator]
Estimation of Isotope Ratios in Precipitations by Fusing Isotope-enabled Model and Observations with Data Assimilation for Better Water Balance Modelling (2025–2029), Coupling Isotope-enabled Water Balance Modelling with Isotope-enabled Climate Modelling, Coordinated Research Projects, International Atomic Energy Agency [Secondary Chief Scientific Investigator]
Exploring the Predictability Limits of Climate Tipping Points by Integrating Paleoclimate Observations and Climate Models (2026–2029), Transformative Research Areas (B) "Mathematical Climate Tipping Prediction", JSPS [Co-Investigator]
Satellite-Based Investigation of Antarctic Snowfall: Elucidating the Polar Water Cycle through Observations, Climate Models, and Isotope Analyses (2026–2031), Scientific Research (A) Grant, JSPS [Co-Investigator]
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