X-Shooting ULLYSES: Massive stars at low metallicity - XII. Clumped winds of O-type (super)giants in the Large Magellanic Cloud

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Volume 697 (May 2025)

A&A, 697 (2025) A54

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Table B.1

Best fit values of stellar parameters, abundances, masses, and age.

Source	log L/L_⊙	T_eff [K]	log g [cm s ⁻²	R_* [R_⊙]	x_C	x_N	x_O	y_He	v sin i [km s⁻¹]	M_spec [M_⊙]	M_evol [M_⊙]	M_ini [M_⊙]	Age [Myr]
Presumed single
W61-28-23	5.60± $_{0.05}^{0.04}$ $$^{0.04}_{0.05}$	45750± $_{1750}^{1250}$ $^{1250}_{1750}$	3.88± $_{0.23}^{0.25}$ $^{0.25}_{0.23}$	10.1± $_{0.3}^{0.3}$ $^{0.3}_{0.3}$	9.00· $_{0.60}^{0.05}$ $^{0.05}_{0.60}$	8.65± $_{0.70}^{0.25}$ $^{0.25}_{0.70}$	8.45± $_{0.40}^{0.55}$ $^{0.55}_{0.40}$	0.235± $_{0.080}^{0.025}$ $^{0.025}_{0.080}$	130± $_{20}^{25}$ $^{25}_{20}$	29± $_{10}^{19}$ $^{19}_{10}$	47± $_{3}^{3}$ $^{3}_{3}$	48± $_{2}^{3}$ $^{3}_{2}$	1.2± $_{0.6}^{0.5}$ $^{0.5}_{0.6}$
Sk-67°167	5.88± $_{0.03}^{0.03}$ $^{0.03}_{0.03}$	38500± $_{1000}^{1000}$ $^{1000}_{1000}$	3.45± $_{0.07}^{0.10}$ $^{0.10}_{0.07}$	$19.8 \pm_{0.6}^{0.6}$ $19.8\pm_{0.6}^{0.6}$	$7.80 \pm_{0.15}^{0.25}$ $7.80\pm_{0.15}^{0.25}$	$9.05 \pm_{0.15}^{0.30}$ $9.05\pm_{0.15}^{0.30}$	$9.00 \pm_{0.05}^{0.55}$ $9.00\pm_{0.05}^{0.55}$	$0.145 \pm_{0.035}^{0.020}$ $0.145\pm_{0.035}^{0.020}$	$175 \pm_{25}^{35}$ $175\pm_{25}^{35}$	$43 \pm_{8}^{5}$ $43\pm_{8}^{5}$	$56 \pm_{2}^{2}$ $56\pm_{2}^{2}$	$59 \pm_{2}^{2}$ $59\pm_{2}^{2}$	$2.4 \pm_{0.1}^{0.1}$ $2.4\pm_{0.1}^{0.1}$
ST 92-4-18	$5.67 \pm_{0.04}^{0.08}$ $5.67\pm_{0.04}^{0.08}$	$41500 \pm_{1250}^{2500}$ $41500\pm_{1250}^{2500}$	$3.73 \pm_{0.10}^{0.30}$ $3.73\pm_{0.10}^{0.30}$	$13.4 \pm_{0.6}^{0.4}$ $13.4\pm_{0.6}^{0.4}$	$8.30 \pm_{0.30}^{0.50}$ $8.30\pm_{0.30}^{0.50}$	$8.60 \pm_{0.35}^{0.15}$ $8.60\pm_{0.35}^{0.15}$	$8.05 \pm_{0.95}^{0.45}$ $8.05\pm_{0.95}^{0.45}$	$0.195 \pm_{0.035}^{0.045}$ $0.195\pm_{0.035}^{0.045}$	$240 \pm_{25}^{20}$ $240\pm_{25}^{20}$	$39 \pm_{7}^{15}$ $39\pm_{7}^{15}$	$44 \pm_{3}^{3}$ $44\pm_{3}^{3}$	$46 \pm_{3}^{3}$ $46\pm_{3}^{3}$	$2.4 \pm_{0.4}^{0.3}$ $2.4\pm_{0.4}^{0.3}$
Sk −67°69	$5.72 \pm_{0.05}^{0.04}$ $5.72\pm_{0.05}^{0.04}$	$41500 \pm_{1750}^{1000}$ $41500\pm_{1750}^{1000}$	$3.58 \pm_{0.17}^{0.07}$ $3.58\pm_{0.17}^{0.07}$	$14.2 \pm_{0.5}^{0.5}$ $14.2\pm_{0.5}^{0.5}$	$7.90 \pm_{0.40}^{0.40}$ $7.90\pm_{0.40}^{0.40}$	$8.50 \pm_{0.30}^{0.15}$ $8.50\pm_{0.30}^{0.15}$	$7.60 \pm_{0.30}^{0.35}$ $7.60\pm_{0.30}^{0.35}$	$0.145 \pm_{0.035}^{0.030}$ $0.145\pm_{0.035}^{0.030}$	$115 \pm_{20}^{15}$ $115\pm_{20}^{15}$	$28 \pm_{10}^{3}$ $28\pm_{10}^{3}$	$49 \pm_{2}^{2}$ $49\pm_{2}^{2}$	$51 \pm_{3}^{2}$ $51\pm_{3}^{2}$	$2.3 \pm_{0.2}^{0.3}$ $2.3\pm_{0.2}^{0.3}$
Farina-88	$5.69 \pm_{0.04}^{0.04}$ $5.69\pm_{0.04}^{0.04}$	$43750 \pm_{1000}^{250}$ $43750\pm_{1000}^{250}$	$3.73 \pm_{0.15}^{0.03}$ $3.73\pm_{0.15}^{0.03}$	$12.3 \pm_{0.6}^{0.6}$ $12.3\pm_{0.6}^{0.6}$	$8.10 \pm_{0.10}^{0.15}$ $8.10\pm_{0.10}^{0.15}$	$8.55 \pm_{0.20}^{0.30}$ $8.55\pm_{0.20}^{0.30}$	$7.75 \pm_{0.10}^{0.20}$ $7.75\pm_{0.10}^{0.20}$	$0.140 \pm_{0.025}^{0.040}$ $0.140\pm_{0.025}^{0.040}$	$100 \pm_{20}^{20}$ $100\pm_{20}^{20}$	$30 \pm_{10}^{3}$ $30\pm_{10}^{3}$	$50 \pm_{1}^{1}$ $50\pm_{1}^{1}$	$51 \pm_{1}^{1}$ $51\pm_{1}^{1}$	$1.9 \pm_{0.1}^{0.2}$ $1.9\pm_{0.1}^{0.2}$
LMCe 078-1	$5.55 \pm_{0.05}^{0.03}$ $5.55\pm_{0.05}^{0.03}$	$37750 \pm_{1500}^{500}$ $37750\pm_{1500}^{500}$	$3.42 \pm_{0.25}^{0.05}$ $3.42\pm_{0.25}^{0.05}$	$14.0 \pm_{0.4}^{0.5}$ $14.0\pm_{0.4}^{0.5}$	$8.25 \pm_{0.30}^{0.25}$ $8.25\pm_{0.30}^{0.25}$	$8.95 \pm_{0.25}^{0.35}$ $8.95\pm_{0.25}^{0.35}$	$8.10 \pm_{0.95}^{0.45}$ $8.10\pm_{0.95}^{0.45}$	$0.195 \pm_{0.055}^{0.025}$ $0.195\pm_{0.055}^{0.025}$	$150 \pm_{25}^{20}$ $150\pm_{25}^{20}$	$21 \pm_{12}^{2}$ $21\pm_{12}^{2}$	$39 \pm_{1}^{1}$ $39\pm_{1}^{1}$	$40 \pm_{2}^{1}$ $40\pm_{2}^{1}$	$3.0 \pm_{0.2}^{0.2}$ $3.0\pm_{0.2}^{0.2}$
Sk −67°111	$5.74 \pm_{0.05}^{0.03}$ $5.74\pm_{0.05}^{0.03}$	$35000 \pm_{1500}^{750}$ $35000\pm_{1500}^{750}$	$3.33 \pm_{0.20}^{0.07}$ $3.33\pm_{0.20}^{0.07}$	$20.3 \pm_{0.6}^{0.7}$ $20.3\pm_{0.6}^{0.7}$	$8.10 \pm_{0.30}^{0.45}$ $8.10\pm_{0.30}^{0.45}$	$8.95 \pm_{0.35}^{0.30}$ $8.95\pm_{0.35}^{0.30}$	$8.30 \pm_{0.65}^{0.65}$ $8.30\pm_{0.65}^{0.65}$	$0.145 \pm_{0.005}^{0.055}$ $0.145\pm_{0.005}^{0.055}$	$215 \pm_{15}^{35}$ $215\pm_{15}^{35}$	$37 \pm_{14}^{4}$ $37\pm_{14}^{4}$	$45 \pm_{2}^{1}$ $45\pm_{2}^{1}$	$48 \pm_{3}^{2}$ $48\pm_{3}^{2}$	$3.0 \pm_{0.1}^{0.2}$ $3.0\pm_{0.1}^{0.2}$
N11-018	$5.69 \pm_{0.03}^{0.04}$ $5.69\pm_{0.03}^{0.04}$	$37000 \pm_{250}^{1000}$ $37000\pm_{250}^{1000}$	$3.50 \pm_{0.07}^{0.20}$ $3.50\pm_{0.07}^{0.20}$	$17.2 \pm_{0.6}^{0.6}$ $17.2\pm_{0.6}^{0.6}$	$7.70 \pm_{0.35}^{0.40}$ $7.70\pm_{0.35}^{0.40}$	$8.70 \pm_{0.35}^{0.35}$ $8.70\pm_{0.35}^{0.35}$	$8.15 \pm_{0.35}^{0.80}$ $8.15\pm_{0.35}^{0.80}$	$0.135 \pm_{0.030}^{0.045}$ $0.135\pm_{0.030}^{0.045}$	$95 \pm_{30}^{10}$ $95\pm_{30}^{10}$	$35 \pm_{5}^{11}$ $35\pm_{5}^{11}$	$43 \pm_{1}^{1}$ $43\pm_{1}^{1}$	$45 \pm_{1}^{1}$ $45\pm_{1}^{1}$	$3.0 \pm_{0.1}^{0.1}$ $3.0\pm_{0.1}^{0.1}$
Sk −69°50	$5.48 \pm_{0.02}^{0.02}$ $5.48\pm_{0.02}^{0.02}$	$34500 \pm_{250}^{250}$ $34500\pm_{250}^{250}$	$3.33 \pm_{0.03}^{0.05}$ $3.33\pm_{0.03}^{0.05}$	$15.5 \pm_{0.4}^{0.4}$ $15.5\pm_{0.4}^{0.4}$	$7.60 \pm_{0.65}^{0.05}$ $7.60\pm_{0.65}^{0.05}$	$8.95 \pm_{0.05}^{0.20}$ $8.95\pm_{0.05}^{0.20}$	$8.10 \pm_{0.95}^{0.30}$ $8.10\pm_{0.95}^{0.30}$	$0.140 \pm_{0.030}^{0.030}$ $0.140\pm_{0.030}^{0.030}$	$185 \pm_{30}^{10}$ $185\pm_{30}^{10}$	$21 \pm_{1}^{2}$ $21\pm_{1}^{2}$	$33 \pm_{0}^{0}$ $33\pm_{0}^{0}$	$35 \pm_{0}^{0}$ $35\pm_{0}^{0}$	$3.8 \pm_{0.1}^{0.1}$ $3.8\pm_{0.1}^{0.1}$
Sk −71°50	$5.47 \pm_{0.02}^{0.04}$ $5.47\pm_{0.02}^{0.04}$	$36250 \pm_{250}^{1250}$ $36250\pm_{250}^{1250}$	$3.42 \pm_{0.12}^{0.10}$ $3.42\pm_{0.12}^{0.10}$	$14.0 \pm_{0.4}^{0.4}$ $14.0\pm_{0.4}^{0.4}$	$7.65 \pm_{0.25}^{0.25}$ $7.65\pm_{0.25}^{0.25}$	$8.55 \pm_{0.05}^{0.70}$ $8.55\pm_{0.05}^{0.70}$	$8.55 \pm_{0.10}^{0.45}$ $8.55\pm_{0.10}^{0.45}$	$0.120 \pm_{0.040}^{0.030}$ $0.120\pm_{0.040}^{0.030}$	$255 \pm_{20}^{25}$ $255\pm_{20}^{25}$	$24 \pm_{5}^{3}$ $24\pm_{5}^{3}$	$33 \pm_{1}^{1}$ $33\pm_{1}^{1}$	$35 \pm_{1}^{1}$ $35\pm_{1}^{1}$	$3.6 \pm_{0.2}^{0.1}$ $3.6\pm_{0.2}^{0.1}$
Sk −69°104	$5.88 \pm_{0.04}^{0.02}$ $5.88\pm_{0.04}^{0.02}$	$34500 \pm_{1000}^{250}$ $34500\pm_{1000}^{250}$	$3.38 \pm_{0.20}^{0.07}$ $3.38\pm_{0.20}^{0.07}$	$24.5 \pm_{0.7}^{0.7}$ $24.5\pm_{0.7}^{0.7}$	$7.45 \pm_{0.40}^{0.10}$ $7.45\pm_{0.40}^{0.10}$	$7.95 \pm_{0.65}^{1.10}$ $7.95\pm_{0.65}^{1.10}$	$8.95 \pm_{0.10}^{0.60}$ $8.95\pm_{0.10}^{0.60}$	$0.095 \pm_{0.015}^{0.005}$ $0.095\pm_{0.015}^{0.005}$	$195 \pm_{15}^{20}$ $195\pm_{15}^{20}$	$57 \pm_{24}^{6}$ $57\pm_{24}^{6}$	$53 \pm_{2}^{1}$ $53\pm_{2}^{1}$	$57 \pm_{2}^{1}$ $57\pm_{2}^{1}$	$2.7 \pm_{0.1}^{0.1}$ $2.7\pm_{0.1}^{0.1}$
Sk −68°16	$5.65 \pm_{0.03}^{0.04}$ $5.65\pm_{0.03}^{0.04}$	$37000 \pm_{750}^{1000}$ $37000\pm_{750}^{1000}$	$3.62 \pm_{0.23}^{0.12}$ $3.62\pm_{0.23}^{0.12}$	$16.3 \pm_{0.6}^{0.6}$ $16.3\pm_{0.6}^{0.6}$	$7.70 \pm_{0.30}^{0.35}$ $7.70\pm_{0.30}^{0.35}$	$8.35 \pm_{0.35}^{0.55}$ $8.35\pm_{0.35}^{0.55}$	$8.05 \pm_{0.35}^{0.40}$ $8.05\pm_{0.35}^{0.40}$	$0.095 \pm_{0.030}^{0.005}$ $0.095\pm_{0.030}^{0.005}$	$110 \pm_{20}^{20}$ $110\pm_{20}^{20}$	$42 \pm_{23}^{9}$ $42\pm_{23}^{9}$	$41 \pm_{1}^{1}$ $41\pm_{1}^{1}$	$43 \pm_{1}^{1}$ $43\pm_{1}^{1}$	$3.1 \pm_{0.1}^{0.1}$ $3.1\pm_{0.1}^{0.1}$
LH 9-34	$5.72 \pm_{0.04}^{0.04}$ $5.72\pm_{0.04}^{0.04}$	$32250 \pm_{1000}^{1000}$ $32250\pm_{1000}^{1000}$	$3.27 \pm_{0.03}^{0.23}$ $3.27\pm_{0.03}^{0.23}$	$23.5 \pm_{0.8}^{0.8}$ $23.5\pm_{0.8}^{0.8}$	$7.75 \pm_{0.70}^{0.05}$ $7.75\pm_{0.70}^{0.05}$	$7.15 \pm_{1.35}^{1.10}$ $7.15\pm_{1.35}^{1.10}$	$8.30 \pm_{0.50}^{0.55}$ $8.30\pm_{0.50}^{0.55}$	$0.110 \pm_{0.050}^{0.020}$ $0.110\pm_{0.050}^{0.020}$	$175 \pm_{25}^{25}$ $175\pm_{25}^{25}$	$42 \pm_{3}^{14}$ $42\pm_{3}^{14}$	$42 \pm_{2}^{1}$ $42\pm_{2}^{1}$	$45 \pm_{2}^{2}$ $45\pm_{2}^{2}$	$3.4 \pm_{0.1}^{0.1}$ $3.4\pm_{0.1}^{0.1}$
Sk −66°171	$5.80 \pm_{0.03}^{0.07}$ $5.80\pm_{0.03}^{0.07}$	$32250 \pm_{750}^{1750}$ $32250\pm_{750}^{1750}$	$3.20 \pm_{0.47}^{0.12}$ $3.20\pm_{0.47}^{0.12}$	$25.8 \pm_{1.1}^{0.9}$ $25.8\pm_{1.1}^{0.9}$	$8.25 \pm_{0.65}^{0.30}$ $8.25\pm_{0.65}^{0.30}$	$7.85 \pm_{0.30}^{1.00}$ $7.85\pm_{0.30}^{1.00}$	$8.70 \pm_{0.15}^{0.95}$ $8.70\pm_{0.15}^{0.95}$	$0.105 \pm_{0.060}^{0.015}$ $0.105\pm_{0.060}^{0.015}$	$125 \pm_{10}^{25}$ $125\pm_{10}^{25}$	$40 \pm_{68}^{7}$ $40\pm_{68}^{7}$	$46 \pm_{2}^{3}$ $46\pm_{2}^{3}$	$49 \pm_{2}^{3}$ $49\pm_{2}^{3}$	$3.2 \pm_{0.2}^{0.1}$ $3.2\pm_{0.2}^{0.1}$
Sk −71°41	$5.65 \pm_{0.04}^{0.05}$ $5.65\pm_{0.04}^{0.05}$	$31000 \pm_{1000}^{1250}$ $31000\pm_{1000}^{1250}$	$3.12 \pm_{0.23}^{0.07}$ $3.12\pm_{0.23}^{0.07}$	$23.5 \pm_{0.9}^{0.8}$ $23.5\pm_{0.9}^{0.8}$	$8.65 \pm_{0.20}^{0.55}$ $8.65\pm_{0.20}^{0.55}$	$7.15 \pm_{0.60}^{0.75}$ $7.15\pm_{0.60}^{0.75}$	$8.75 \pm_{0.30}^{1.45}$ $8.75\pm_{0.30}^{1.45}$	$0.105 \pm_{0.040}^{0.015}$ $0.105\pm_{0.040}^{0.015}$	$115 \pm_{10}^{20}$ $115\pm_{10}^{20}$	$29 \pm_{15}^{3}$ $29\pm_{15}^{3}$	$38 \pm_{2}^{2}$ $38\pm_{2}^{2}$	$41 \pm_{2}^{2}$ $41\pm_{2}^{2}$	$3.7 \pm_{0.2}^{0.1}$ $3.7\pm_{0.2}^{0.1}$
Sk −67°5	$5.40 \pm_{0.04}^{0.04}$ $5.40\pm_{0.04}^{0.04}$	$27500 \pm_{1000}^{1000}$ $27500\pm_{1000}^{1000}$	$2.98 \pm_{0.10}^{0.15}$ $2.98\pm_{0.10}^{0.15}$	$22.3 \pm_{0.7}^{0.7}$ $22.3\pm_{0.7}^{0.7}$	$8.40 \pm_{0.30}^{0.40}$ $8.40\pm_{0.30}^{0.40}$	$8.10 \pm_{0.10}^{0.85}$ $8.10\pm_{0.10}^{0.85}$	$8.75 \pm_{0.30}^{1.45}$ $8.75\pm_{0.30}^{1.45}$	$0.095 \pm_{0.025}^{0.005}$ $0.095\pm_{0.025}^{0.005}$	$110 \pm_{10}^{15}$ $110\pm_{10}^{15}$	$19 \pm_{3}^{4}$ $19\pm_{3}^{4}$	$28 \pm_{1}^{1}$ $28\pm_{1}^{1}$	$29 \pm_{1}^{1}$ $29\pm_{1}^{1}$	$5.1 \pm_{0.2}^{0.2}$ $5.1\pm_{0.2}^{0.2}$
Signs of binarity
LH 114-7	$5.88 \pm_{0.07}^{0.04}$ $5.88\pm_{0.07}^{0.04}$	$59000 \pm_{3250}^{1750}$ $59000\pm_{3250}^{1750}$	$4.22 \pm_{0.17}^{0.07}$ $4.22\pm_{0.17}^{0.07}$	$8.4 \pm_{0.2}^{0.3}$ $8.4\pm_{0.2}^{0.3}$	$8.50 \pm_{0.35}^{0.50}$ $8.50\pm_{0.35}^{0.50}$	$8.75 \pm_{0.50}^{0.25}$ $8.75\pm_{0.50}^{0.25}$	$8.00 \pm_{0.45}^{0.25}$ $8.00\pm_{0.45}^{0.25}$	$0.185 \pm_{0.080}^{0.045}$ $0.185\pm_{0.080}^{0.045}$	$120 \pm_{45}^{30}$ $120\pm_{45}^{30}$	$44 \pm_{16}^{5}$ $44\pm_{16}^{5}$	-	-	-
VFTS-267	$5.91 \pm_{0.04}^{0.04}$ $5.91\pm_{0.04}^{0.04}$	$42500 \pm_{1250}^{1250}$ $42500\pm_{1250}^{1250}$	$3.75 \pm_{0.15}^{0.15}$ $3.75\pm_{0.15}^{0.15}$	$16.8 \pm_{0.6}^{0.6}$ $16.8\pm_{0.6}^{0.6}$	$7.70 \pm_{0.30}^{0.50}$ $7.70\pm_{0.30}^{0.50}$	$7.85 \pm_{0.40}^{0.90}$ $7.85\pm_{0.40}^{0.90}$	$8.20 \pm_{0.25}^{1.10}$ $8.20\pm_{0.25}^{1.10}$	$0.095 \pm_{0.010}^{0.005}$ $0.095\pm_{0.010}^{0.005}$	$155 \pm_{25}^{45}$ $155\pm_{25}^{45}$	$60 \pm_{20}^{14}$ $60\pm_{20}^{14}$	$61 \pm_{3}^{2}$ $61\pm_{3}^{2}$	$64 \pm_{3}^{3}$ $64\pm_{3}^{3}$	$2.0 \pm_{0.2}^{0.1}$ $2.0\pm_{0.2}^{0.1}$
Sk −71°46	$5.88 \pm_{0.04}^{0.02}$ $5.88\pm_{0.04}^{0.02}$	$37750 \pm_{1250}^{250}$ $37750\pm_{1250}^{250}$	$3.73 \pm_{0.28}^{0.28}$ $3.73\pm_{0.28}^{0.28}$	$20.6 \pm_{0.6}^{0.6}$ $20.6\pm_{0.6}^{0.6}$	$7.95 \pm_{0.30}^{0.60}$ $7.95\pm_{0.30}^{0.60}$	$8.05 \pm_{0.45}^{0.25}$ $8.05\pm_{0.45}^{0.25}$	$8.65 \pm_{0.40}^{0.60}$ $8.65\pm_{0.40}^{0.60}$	$0.095 \pm_{0.025}^{0.005}$ $0.095\pm_{0.025}^{0.005}$	$175 \pm_{30}^{40}$ $175\pm_{30}^{40}$	$86 \pm_{60}^{36}$ $86\pm_{60}^{36}$	$59 \pm_{2}^{2}$ $59\pm_{2}^{2}$	$63 \pm_{3}^{2}$ $63\pm_{3}^{2}$	$2.3 \pm_{0.1}^{0.1}$ $2.3\pm_{0.1}^{0.1}$
Sk −67°108	$5.97 \pm_{0.03}^{0.04}$ $5.97\pm_{0.03}^{0.04}$	$43500 \pm_{750}^{1000}$ $43500\pm_{750}^{1000}$	$3.88 \pm_{0.03}^{0.17}$ $3.88\pm_{0.03}^{0.17}$	$17.3 \pm_{0.6}^{0.5}$ $17.3\pm_{0.6}^{0.5}$	$7.90 \pm_{0.50}^{0.10}$ $7.90\pm_{0.50}^{0.10}$	$8.40 \pm_{0.15}^{0.60}$ $8.40\pm_{0.15}^{0.60}$	$8.65 \pm_{0.30}^{0.35}$ $8.65\pm_{0.30}^{0.35}$	$0.095 \pm_{0.020}^{0.005}$ $0.095\pm_{0.020}^{0.005}$	$185 \pm_{15}^{20}$ $185\pm_{15}^{20}$	$85 \pm_{5}^{24}$ $85\pm_{5}^{24}$	$66 \pm_{2}^{2}$ $66\pm_{2}^{2}$	$71 \pm_{2}^{2}$ $71\pm_{2}^{2}$	$1.8 \pm_{0.1}^{0.1}$ $1.8\pm_{0.1}^{0.1}$
Sk −71°19	$5.17 \pm_{0.04}^{0.04}$ $5.17\pm_{0.04}^{0.04}$	$39750 \pm_{250}^{500}$ $39750\pm_{250}^{500}$	$3.90 \pm_{0.03}^{0.17}$ $3.90\pm_{0.03}^{0.17}$	$8.2 \pm_{0.4}^{0.3}$ $8.2\pm_{0.4}^{0.3}$	$7.75 \pm_{0.30}^{0.20}$ $7.75\pm_{0.30}^{0.20}$	$8.05 \pm_{0.45}^{0.30}$ $8.05\pm_{0.45}^{0.30}$	$9.00 \pm_{0.05}^{0.60}$ $9.00\pm_{0.05}^{0.60}$	$0.140 \pm_{0.020}^{0.025}$ $0.140\pm_{0.020}^{0.025}$	$325 \pm_{20}^{15}$ $325\pm_{20}^{15}$	$24 \pm_{2}^{6}$ $24\pm_{2}^{6}$	$29 \pm_{0}^{1}$ $29\pm_{0}^{1}$	$29 \pm_{0}^{0}$ $29\pm_{0}^{0}$	$2.3 \pm_{0.3}^{0.2}$ $2.3\pm_{0.3}^{0.2}$
Sk −70°115	$6.02 \pm_{0.04}^{0.04}$ $6.02\pm_{0.04}^{0.04}$	$34750 \pm_{1000}^{1000}$ $34750\pm_{1000}^{1000}$	$3.27 \pm_{0.10}^{0.12}$ $3.27\pm_{0.10}^{0.12}$	$28.4 \pm_{0.9}^{0.9}$ $28.4\pm_{0.9}^{0.9}$	$8.20 \pm_{0.75}^{0.35}$ $8.20\pm_{0.75}^{0.35}$	$7.80 \pm_{0.30}^{1.25}$ $7.80\pm_{0.30}^{1.25}$	$8.55 \pm_{0.35}^{0.55}$ $8.55\pm_{0.35}^{0.55}$	$0.095 \pm_{0.015}^{0.005}$ $0.095\pm_{0.015}^{0.005}$	$125 \pm_{10}^{40}$ $125\pm_{10}^{40}$	$58 \pm_{11}^{11}$ $58\pm_{11}^{11}$	$64 \pm_{3}^{2}$ $64\pm_{3}^{2}$	$70 \pm_{3}^{3}$ $70\pm_{3}^{3}$	$2.4 \pm_{0.1}^{0.1}$ $2.4\pm_{0.1}^{0.1}$
BI 173	$5.64 \pm_{0.05}^{0.02}$ $5.64\pm_{0.05}^{0.02}$	$34500 \pm_{1500}^{250}$ $34500\pm_{1500}^{250}$	$3.58 \pm_{0.20}^{0.10}$ $3.58\pm_{0.20}^{0.10}$	$18.6 \pm_{0.5}^{0.6}$ $18.6\pm_{0.5}^{0.6}$	$8.00 \pm_{0.30}^{0.35}$ $8.00\pm_{0.30}^{0.35}$	$7.20 \pm_{0.65}^{0.60}$ $7.20\pm_{0.65}^{0.60}$	$8.45 \pm_{0.50}^{0.30}$ $8.45\pm_{0.50}^{0.30}$	$0.095 \pm_{0.030}^{0.005}$ $0.095\pm_{0.030}^{0.005}$	$180 \pm_{25}^{25}$ $180\pm_{25}^{25}$	$51 \pm_{21}^{8}$ $51\pm_{21}^{8}$	$38 \pm_{1}^{1}$ $38\pm_{1}^{1}$	$40 \pm_{2}^{1}$ $40\pm_{2}^{1}$	$3.4 \pm_{0.1}^{0.2}$ $3.4\pm_{0.1}^{0.2}$
Sk −68°155	$5.81 \pm_{0.03}^{0.02}$ $5.81\pm_{0.03}^{0.02}$	$31500 \pm_{750}^{250}$ $31500\pm_{750}^{250}$	$3.20 \pm_{0.20}^{0.05}$ $3.20\pm_{0.20}^{0.05}$	$27.3 \pm_{0.8}^{0.8}$ $27.3\pm_{0.8}^{0.8}$	$8.15 \pm_{0.35}^{0.20}$ $8.15\pm_{0.35}^{0.20}$	$8.00 \pm_{0.35}^{0.50}$ $8.00\pm_{0.35}^{0.50}$	$6.85 \pm_{1.85}^{0.65}$ $6.85\pm_{1.85}^{0.65}$	$0.135 \pm_{0.060}^{0.005}$ $0.135\pm_{0.060}^{0.005}$	$155 \pm_{20}^{5}$ $155\pm_{20}^{5}$	$47 \pm_{20}^{3}$ $47\pm_{20}^{3}$	$47 \pm_{1}^{1}$ $47\pm_{1}^{1}$	$51 \pm_{1}^{1}$ $51\pm_{1}^{1}$	$3.1 \pm_{0.1}^{0.1}$ $3.1\pm_{0.1}^{0.1}$

Notes. All values in this table are results from the combined optical and UV run. except for v sin i and y_He. which were fixed in the combined analysis to the best fit values from the optical-only run (the optical-only parameters are listed here for v and y_He. a complete overview can be found on Zenodo). Evolutionary mass M_evol. initial mass M_ini and age are derived using BONNSAI (see text). Surface gravity values quoted here are not corrected for centrifugal acceleration, but this is considered when computing the spectroscopic mass, which is defined as $M_{spec} = g_{e} R_{*}^{2} / G$ $$M_\mathrm{spec} = g_e R_*^2/G$ with g_e = g + (v_eq Sin i)²/R_*, the gravitational acceleration at the surface corrected for centrifugal acceleration, and G the gravitational constant. Baseline abundances in the LMC are x_C = 8.01. x_N = 7.03. x_O = 8.40 (Crowther et al. 2022; Vink et al. 2023).

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