Table 2.

Same as Table 1 for the Tevatron fixed-target Drell–Yan and W, Z and jet collider data. The total number of Tevatron data points after cuts is 345 / 339 for NLO/NNLO fits

Exp.	Obs.	Ref.	$N_{\mathbf{dat}}$	${\text{Kin}}_1$	${\text{Kin}}_2$ (GeV)	Theory
E866	${\mathit{\sigma }}_{\mathrm{DY}}^d/{\mathit{\sigma }}_{\mathrm{DY}}^p$	[48]	15 (15/15)	0.07 $\le y_{ll}\le 1.53$	$4.6\le M_{ll}\le 12.9$	APFEL+Vrap
	${\mathit{\sigma }}_{\mathrm{DY}}^p$	[46, 47]	184 (89/89)	$0\le y_{ll}\le 1.36$	$4.5\le M_{ll}\le 8.5$	APFEL+Vrap
E605	${\mathit{\sigma }}_{\mathrm{DY}}^p$	[45]	119 (85/85)	$-0.2\le y_{ll}\le 0.4$	$7.1\le M_{ll}\le 10.9$	APFEL+Vrap
CDF	$d{\mathit{\sigma }}_Z/d{y}_Z$	[42]	29 (29/29)	$0\le y_{ll}\le 2.9$	$66\le M_{ll}\le 116$	Sherpa+Vrap
	$k_t$ incl jets	[87]	76 (76/76)	$0\le y_{\mathrm{jet}}\le 1.9$	$58\le p_T^{\mathrm{jet}}\le 613$	NLOjet++
D0	$d{\mathit{\sigma }}_Z/d{y}_Z$	[43]	28 (28/28)	$0\le y_{ll}\le 2.8$	$66\le M_{ll}\le 116$	Sherpa+Vrap
	W electron asy (*)	[14]	13 (13/8)	$0\le y_e\le 2.9$	$Q=M_W$	MCFM+FEWZ
	W muon asy (*)	[13]	10 (10/9)	$0\le y_{\mathit{\mu }}\le 1.9$	$Q=M_W$	MCFM+FEWZ