Table 6: 3D abundance corrections for the OH lines. [O/H] and [O/Fe] are relative to $\log \epsilon({\rm O})_{\odot}=8.72$ .
$\lambda$ (nm) [O/H] $_{\rm 1D}$ [O/Fe] $_{\rm 1D}$ $\Delta_{\rm 3D-\langle3D\rangle}$ $\Delta _{\rm 3D-1D}$

CS 22876-032A

311.21 -1.48 2.18 -0.633 -1.546

311.47 -1.55 2.11 -0.536 -1.328

312.26 -1.56 2.10 -0.590 -1.420

313.43 -1.48 2.18 -0.797 -1.664

CS 22876-032B

312.26 -1.63 1.94 0.027 -0.985

312.77 -1.85 1.72 0.014 -0.868

312.83 -1.68 1.89 0.033 -1.009

313.03 -1.94 1.63 -0.004 -1.045

313.32 -1.69 1.88 0.003 -0.856

313.66 -1.75 1.82 -0.015 -0.849

314.30 -1.80 1.77 -0.011 -0.815

317.45 -1.75 1.82 -0.017 -0.916

317.77 -1.70 1.87 -0.009 -0.906

**Table 6:** 3D abundance corrections for the OH lines. [O/H] and [O/Fe] are relative to $\log \epsilon({\rm O})_{\odot}=8.72$ .
$\lambda$ (nm)	[O/H] $_{\rm 1D}$	[O/Fe] $_{\rm 1D}$	$\Delta_{\rm 3D-\langle3D\rangle}$	$\Delta _{\rm 3D-1D}$
CS 22876-032A
311.21	-1.48	2.18	-0.633	-1.546
311.47	-1.55	2.11	-0.536	-1.328
312.26	-1.56	2.10	-0.590	-1.420
313.43	-1.48	2.18	-0.797	-1.664
CS 22876-032B
312.26	-1.63	1.94	0.027	-0.985
312.77	-1.85	1.72	0.014	-0.868
312.83	-1.68	1.89	0.033	-1.009
313.03	-1.94	1.63	-0.004	-1.045
313.32	-1.69	1.88	0.003	-0.856
313.66	-1.75	1.82	-0.015	-0.849
314.30	-1.80	1.77	-0.011	-0.815
317.45	-1.75	1.82	-0.017	-0.916
317.77	-1.70	1.87	-0.009	-0.906

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