Abundance of <i>H</i>. <i>halys</i> in the CR1 peach orchard on (a) 12 July 2012, (b) 30 August 2012, (c) 2 July 2013, (d) 27 August 2013, (e) 7 July 2014, and (f) 12 August 2014.

<p>Abundance of <i>H</i>. <i>halys</i> in the CR1 peach orchard on (a) 12 July 2012, (b) 30 August 2012, (c) 2 July 2013, (d) 27 August 2013, (e) 7 July 2014, and (f) 12 August 2014.</p

Abundance of <i>H</i>. <i>halys</i> in the Farm N peach orchard on (a) 9 July 2012 and (b) 13 August 2012.

<p>Abundance of <i>H</i>. <i>halys</i> in the Farm N peach orchard on (a) 9 July 2012 and (b) 13 August 2012.</p

Abundance of <i>H</i>. <i>halys</i> in the Farm S peach orchard on (a) 8 July 2013 and (b) 12 August 2013.

<p>Abundance of <i>H</i>. <i>halys</i> in the Farm S peach orchard on (a) 8 July 2013 and (b) 12 August 2013.</p

Ripley’s K analysis of the presence of <i>H</i>. <i>halys</i> at the sampled peach orchards (a) CR1 12 July 2012 (b) CR1 30 August 2012 (c) CR1 2 July 2013 (d) CR1 27 August 2013 (e) CR1 7 July 2014 (f) CR1 12 August 2014 (g) CR2 19 July 2012 (h) CR2 15 August 2012 (i) Farm N 9 July 2012 (j) Farm N 13 August 2012 (k) Farm S 8 July 2013 (l) Farm S 12 August 2013 (m) R 21 August 2013 (n) R 10 July 2014 (o) R 5 August 2014.

<p>Ripley’s K analysis of the presence of <i>H</i>. <i>halys</i> at the sampled peach orchards (a) CR1 12 July 2012 (b) CR1 30 August 2012 (c) CR1 2 July 2013 (d) CR1 27 August 2013 (e) CR1 7 July 2014 (f) CR1 12 August 2014 (g) CR2 19 July 2012 (h) CR2 15 August 2012 (i) Farm N 9 July 2012 (j) Farm N 13 August 2012 (k) Farm S 8 July 2013 (l) Farm S 12 August 2013 (m) R 21 August 2013 (n) R 10 July 2014 (o) R 5 August 2014.</p

Moran’s I statistic for the measurement of spatial autocorrelation of fruit damage in CR1 in 2014.

<p>Moran’s I statistic for the measurement of spatial autocorrelation of fruit damage in CR1 in 2014.</p

Total number of <i>H</i>. <i>halys</i> (nymphs and adults) at each site found through visual sampling.

<p>(a) 2012, (b) 2013, and (c) 2014.</p

Kriging interpolation of the abundance of <i>H</i>. <i>halys</i> (a,c,e,g) and the severity of damage (percent of damaged fruit) (b,d,f,h) in peach orchards.

<p>(a) CR1, 7 July 2014, <i>H</i>. <i>halys</i>, (b) CR1, 7 July 2014, damage, (c) CR1, 12 August 2014, <i>H</i>. <i>halys</i>, (d) CR1, 12 August 2014, damage, (e) Farm S, 12 August 2013, <i>H</i>. <i>halys</i>, (f) Farm S, 12 August 2013, damage, (g) R1, 21 August 2013, abundance of <i>H</i>. <i>halys</i>, (h) R1, 21 August 2013, damage. The brighter and whiter the color, the higher the abundance or level of damage.</p

Maps showing the level of fruit damage (greater than 10% damaged fruit) at CR1 on (a) 2 July 2014 and (b) 12 August 2014 and the overall % damaged fruit (c) 2 July 2014 and (d) 12 August 2014 followed by Ripley’s K graphs of clustering.

<p>Maps showing the level of fruit damage (greater than 10% damaged fruit) at CR1 on (a) 2 July 2014 and (b) 12 August 2014 and the overall % damaged fruit (c) 2 July 2014 and (d) 12 August 2014 followed by Ripley’s K graphs of clustering.</p

Abundance of <i>H</i>. <i>halys</i> in the CR2 peach orchard on (a) 19 July 2012 and (b) 15 August 2012.

<p>Abundance of <i>H</i>. <i>halys</i> in the CR2 peach orchard on (a) 19 July 2012 and (b) 15 August 2012.</p

Moran’s I statistic for the measurement of spatial autocorrelation in sampled orchards.

<p>Moran’s I statistic for the measurement of spatial autocorrelation in sampled orchards.</p