Simulations of Minnesota water budget components using the Soil-Water-Balance model, past (1981-2022) and future (2040-59 and 2080-99)
This week, EarthArXiv published new research including a study on Minnesota's water budget components from 1981-2022 and future projections for 2040-59 and 2080-99, released on June 8. On June 5, research appeared on the impacts of short-term weather on communicable enteric infectious diseases in the Republic of Ireland from 2009-2020. Also on June 8, a study was published on the detection, classification, and characterization of compound coastal flooding along the Gulf and Southeastern U.S. Coasts. On June 9, research indicated that high-resolution pavement material data can improve estimates of water supply from precipitation to street trees. Additionally, on June 6, a paper was released on ADMM-Guided Physics-Informed Deep Learning for Two-Dimensional Acoustic Impedance Inversion with Reweighted ℓ1 Sparse Regularization. Synthesized from 85 manifests produced by 17 monitored earth-science preprint sources in the last 7 days, including EarthArXiv, ESS Open Archive.
Answer updated Jun 11, 2026 00:00 UTC · rebuilt twice daily from the rolling 168-hour window
Simulations of Minnesota water budget components using the Soil-Water-Balance model, past (1981-2022) and future (2040-59 and 2080-99)
Impacts of short-term weather on communicable enteric infectious diseases in western Europe: A case study of the Republic of Ireland, 2009-2020
Detection, Classification, and Characterization of Compound Coastal Flooding along the Gulf and Southeastern U.S. Coasts
High-resolution pavement material data can improve estimates of water supply from precipitation to street trees
ADMM-Guided Physics-Informed Deep Learning for Two-Dimensional Acoustic Impedance Inversion with Reweighted ℓ1 Sparse Regularization