The rise and fall of little red dots could be driven by the environment

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Table B.1.

Best-fitting parameters of the companions derived using Bagpipes and Dense Basis.

ID	log M_★/M_⊙	log SFR [M_⊙/yr]	A_v [mag]	log M_★/M_⊙	log SFR [M_⊙/yr]	A_v [mag]

	`Bagpipes`			`Dense Basis`

C1	8.69 $_{8.65}^{8.75}$ $Mathematical equation: $ _{8.65}^{8.75} $$	0.70_0.67^0.74	0.61 $_{0.57}^{0.65}$ $Mathematical equation: $ _{0.57}^{0.65} $$	9.04 $_{9.04}^{9.24}$ $Mathematical equation: $ _{9.04}^{9.24} $$	0.70 $_{0.70}^{0.98}$ $Mathematical equation: $ _{0.70}^{0.98} $$	0.43 $_{0.43}^{0.49}$ $Mathematical equation: $ _{0.43}^{0.49} $$

C2	8.00 $_{7.90}^{8.13}$ $Mathematical equation: $ _{7.90}^{8.13} $$	$- 0 . 75_{0.91}^{- 0.60}$ $Mathematical equation: $ -0.75_{0.91}^{-0.60} $$	0.14 $_{0.05}^{0.25}$ $Mathematical equation: $ _{0.05}^{0.25} $$	8.10 $_{7.53}^{8.38}$ $Mathematical equation: $ _{7.53}^{8.38} $$	$- 0 . 71_{- 0.97}^{- 0.56}$ $Mathematical equation: $ -0.71_{-0.97}^{-0.56} $$	0.23 $_{0.07}^{0.46}$ $Mathematical equation: $ _{0.07}^{0.46} $$

C3	8.45 $_{8.36}^{8.57}$ $Mathematical equation: $ _{8.36}^{8.57} $$	$- 0 . 93_{- 1.19}^{- 0.72}$ $Mathematical equation: $ -0.93_{-1.19}^{-0.72} $$	0.23 $_{0.08}^{0.42}$ $Mathematical equation: $ _{0.08}^{0.42} $$	8.50 $_{8.32}^{8.61}$ $Mathematical equation: $ _{8.32}^{8.61} $$	$- 1 . 13_{- 2.22}^{- 0.74}$ $Mathematical equation: $ -1.13_{-2.22}^{-0.74} $$	0.22 $_{0.06}^{0.46}$ $Mathematical equation: $ _{0.06}^{0.46} $$

Notes. We include the 16th and 84th percentiles. The star formation rates correspond to SFR₁₀₀.

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