Tiffany M. Knight and Robert D. Holt. 2005. Fire generates spatial gradients in herbivory: an example from a Florida sandhill ecosystem. Ecology 86:587–593.

Appendix A (Table A1). ANOVA results for each plant species of the main effects of location, time, and their interaction on the total percentage of vegetative herbivory observed (arcsine-transformed).

Species	Source	Sum of squares	df	Mean square	F	P
Asimina incarna	Location	3.55	1	3.55	119.1	<0.001
	Time	3.40	1	3.40	113.9	<0.001
	Location × Time	0.50	1	0.50	16.77	0.003
	Error	0.24	8	11.030
Croton argyranthemus	Location	6.55	1	6.55	73.00	<0.001
	Time	4.47	1	4.47	49.89	<0.001
	Location × Time	0.14	1	0.14	1.52	0.25
	Error	0.72	8	0.09
Diospyros virginiana	Location	4.79	1	4.79	43.98	<0.001
	Time	1.21	1	1.21	11.14	0.01
	Location × Time	0.001	1	0.001	0.007	0.934
	Error	0.87	8	0.11
Eriogonum tomentosum	Location	5.15	1	5.15	369.0	<0.001
	Time	1.47	1	1.47	105.0	<0.001
	Location × Time	0.042	1	0.042	2.992	0.122
	Error	0.11	8	0.014
Licania michauxii	Location	5.85	1	5.85	48.78	<0.001
	Time	1.97	1	1.97	16.42	0.004
	Location × Time	0.63	1	0.63	5.235	0.051
	Error	0.96	8	0.12
Quercus laevis	Location	6.78	1	6.78	65.65	<0.001
	Time	2.70	1	2.70	26.14	0.001
	Location × Time	0.76	1	0.76	7.33	0.027
	Error	0.83	8	0.10
Rhynchosia reniformis	Location	7.08	1	7.08	65.05	<0.001
	Time	0.26	1	0.26	2.39	0.160
	Location × Time	0.007	1	0.007	0.066	0.804
	Error	0.87	8	0.11
Tephrosia virginiana	Location	10.1	1	10.1	67.13	<0.001
	Time	2.34	1	2.34	15.47	0.004
	Location × Time	1.05	1	1.05	6.97	0.030
	Error	1.21	8	0.15

   Notes: Main effects of location (edge of burn, interior of burn), time (May, August) and their interaction on the total percentage vegetative herbivory observed (arcsine-transformed).  N = 3 burned sites.