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Transferability of data-driven models trained in data-rich regions to unknown domains

Ascertain the transferability of data-driven hydrological models trained in data-rich regions to geographically and climatologically unknown target regions when the target region’s climate, hydrology, and environmental characteristics are absent from the training dataset.

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Background

While data-driven models can perform well in data-rich scenarios, the paper highlights uncertainty about their ability to generalize to locations with climates and environments not represented in training data.

This unresolved issue affects the reliability of global-scale predictions, particularly for ungauged or remote basins with distinct hydro-climatic regimes.

References

However, the transferability of models trained in data-rich regions to unknown regions remains uncertain, especially when the characteristics of the climate, hydrology, and environment of the target location are not included in the training dataset.

Approaches for enhancing extrapolability in process-based and data-driven models in hydrology (2408.07071 - Shi, 13 Aug 2024) in Section 1 Introduction