Prediction of S. incertulas distribution under future climate scenarios (A (RCP 2.6), B (RCP 4.5), C (RCP 8.5)) using GFDL model.

Prediction of S. incertulas distribution under future climate scenarios (A (RCP 2.6), B (RCP 4.5), C (RCP 8.5)) using GFDL model.

<p>Prediction of S. incertulas distribution under future climate scenarios (A (RCP 2.6), B (RCP 4.5), C (RCP 8.5)) using GFDL model.</p>

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Bibliographic Details
Main Author:	Shravani Sanyal (20833595) (author)
Other Authors:	A.V.M. Subba Rao (20833598) (author), H. Timmanna (20833601) (author), G. Baradevanal (20833604) (author), Santanu Kumar Bal (16801962) (author), M.A. Sarath Chandran (20833607) (author), P.R. Shashank (20833610) (author), V.K. Singh (20833613) (author), P.K. Ghosh (808135) (author)
Published:	2025
Subjects:	Microbiology Ecology Science Policy Infectious Diseases Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified seven bioclimatic variables potential invasion risk highest gain value global invasion risk div >< p anticipated habitat range future climate scenarios potential habitat distribution possible habitat distribution scirpophaga incertulas </ pest occurrence data incertulas </ data generated climate niche viz </ study emphasizes study demonstrated stakeholders involved serious pest rice crop plant protection pest identity new areas morphological taxonomy modelled using model performance maxent algorithm jackknife test considerable importance bio 13 also established >., bio01 700 mm 40 %) 143 locations
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Summary:	<p>Prediction of S. incertulas distribution under future climate scenarios (A (RCP 2.6), B (RCP 4.5), C (RCP 8.5)) using GFDL model.</p>

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