Spillover and species interactions across habitat edges between managed and natural forests

Summary

Spillover and species interactions across habitat edges between managed and natural forests is a doctoral thesis^[1].

Key Facts

• Spillover and species interactions across habitat edges between managed and natural forests authored Carol M. Frost^[2].
• Spillover and species interactions across habitat edges between managed and natural forests's instance of is recorded as doctoral thesis^[3].
• Spillover and species interactions across habitat edges between managed and natural forests's publisher is recorded as UC Research Repository^[4].
• Spillover and species interactions across habitat edges between managed and natural forests's DOI is recorded as 10.26021/7574^[5].
• Spillover and species interactions across habitat edges between managed and natural forests's language of work or name is recorded as English^[6].
• Spillover and species interactions across habitat edges between managed and natural forests's country of origin is recorded as New Zealand^[7].
• Spillover and species interactions across habitat edges between managed and natural forests's publication date is recorded as +2013-00-00T00:00:00Z^[8].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as landscape design^[9].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as New Zealand^[10].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as conservation biology^[11].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as Pinus radiata^[12].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as biological pest control^[13].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as cultivated forest^[14].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as synecology^[15].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as Hymenoptera^[16].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as Lepidoptera^[17].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as parasitoid^[18].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as Fuscospora^[19].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as ecosystem function^[20].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as Malaise trap^[21].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as trophic interaction^[22].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as interaction network^[23].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as forest productivity^[24].
• Spillover and species interactions across habitat edges between managed and natural forests's main subject is recorded as habitat edge^[25].
• Spillover and species interactions across habitat edges between managed and natural forests's work available at URL is recorded as https://ir.canterbury.ac.nz/handle/10092/8989^[26].

Body

Designation and Status

Spillover and species interactions across habitat edges between managed and natural forests's instance of is recorded as doctoral thesis^[3].