. Author manuscript; available in PMC: 2017 Oct 1.

Published in final edited form as: Popul Res Policy Rev. 2016 Jun 22;35(5):651–684. doi: 10.1007/s11113-016-9400-6

Table 3.

Dependent Variables: Weighted Percentages for Mexican-Origin Children

	All Years	Year
	All Years	2001	2003	2005	2007	2009	2011–12	2013–14
All Children
Insurance
% Insured	88.3	81.0***	87.1***	86.6***	87.4***	89.8**	91.3	93.2
N_0–11	(21,441)	(4,066)	(2,739)	(3,567)	(3,186)	(2,928)	(2,879)	(2,076)
	Wald χ²= 90.6 p < .001
Physician
% Visit	88.5	86.1**	88.0	88.9	87.3*	88.5	89.5	90.8
N_3–11	(16,137)	(3,043)	(2,082)	(2,514)	(2,330)	(2,222)	(2,242)	(1,704)
	Wald χ²= 11.1, p < .10

U.S.-Born Children
Insurance
% Insured	89.8	83.4***	90.5*	88.0***	89.3**	90.2*	92.0	94.1
N_0–11	(20,221)	(3,756)	(2,523)	(3,358)	(3,019)	(2,782)	(2,756)	(2,027)
	Wald χ²=72.1, p < .001
Physician
% Visit	89.4	87.8*	89.4	89.3	88.1+	89.4	90.0	91.2
N_3–11	(14,974)	(2,748)	(1,871)	(2,320)	(2,171)	(2,082)	(2,125)	(1,657)
	Wald χ²= 6.9, p = n.s.

Note: Percentages are based on weighted data, with unweighted N’s for children ages 0–11 (insurance) and 3–11 (physician). The Wald log-linear χ² test for odds ratios is reported, with p-values based on an adjustment for the degrees of freedom (i.e. to transform the test statistic into Wald F_adjusted). Inferences from these tests are identical to those for design-corrected Rao-Scott χ² tests. Asterisk notation is used to denote the significant differences between 2013–14 and each prior year: + p <.10, * p<.05, ** p<.01, *** p<.001.