Assessing landscape complexity using remotely sensed and field based measurements : does landscape complexity drive leafroller parasitism rates on Oregon caneberry farms?

Assessing landscape complexity using remotely sensed and field based measurements : does landscape complexity drive leafroller parasitism rates on Oregon caneberry farms?

Landscape heterogeneity is thought to differ among farm management types (i.e. organic and conventional), and this difference is hypothesized to result in variations in pest control by natural enemies. However, it is unclear if these variations in pest control are driven by landscape structure or by...

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Bibliographic Details
Main Author: Winfield, Tammy L.
Other Authors: Lambrinos, John
Language:en_US
Published: 2013
Subjects:
Landscape heterogeneity
LiDAR
Parasitoid
Floral resources
Caneberries
Landscape ecology > Oregon > Remote sensing
Landscape ecology > Washington (State) > Remote sensing
Rubus > Diseases and pests > Oregon > Geographical distribution > Remote sensing
Rubus > Diseases and pests > Washington (State) > Geographical distribution > Remote sensing
Leafrollers > Parasites > Oregon > Geographical distribution > Remote sensing
Leafrollers > Parasites > Washington (State) > Geographical distribution > Remote sensing
Leafrollers > Biological control > Oregon > Remote sensing
Leafrollers > Biological control > Washington (State) > Remote sensing
Organic farming > Environmental aspects > Oregon > Remote sensing
Organic farming > Environmental aspects > Washington (State) > Remote sensing
Agricultural landscape management > Oregon
Agricultural landscape management > Washington (State)
Online Access:http://hdl.handle.net/1957/38004

Internet

http://hdl.handle.net/1957/38004

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