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1. Streamflow response to forest management

   https://doi.org/10.1038/s41586-020-1940-6  

   Kirchner, James W.; Berghuijs, Wouter R.; Allen, Scott T.; Hrachowitz, Markus; Hut, Rolf; Rizzo, Donna M. (February 2020, Nature)

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2. Compounding the Disturbance: Family Forest Owner Reactions to Invasive Forest Insects

   https://doi.org/10.1016/j.ecolecon.2019.106461  

   Markowski-Lindsay, Marla; Borsuk, Mark E.; Butler, Brett J.; Duveneck, Matthew J.; Holt, Jonathan; Kittredge, David B.; Laflower, Danelle; MacLean, Meghan Graham; Orwig, David; Thompson, Jonathan R. (January 2020, Ecological Economics)
3. Moving beyond forest cover: Linking forest density, age, and fragmentation to diet

   https://doi.org/10.1007/s12571-025-01535-7  

   Ng, Aeryn; Gergel, Sarah E; Fromstein, Maya; Sunderland, Terry; Zerriffi, Hisham; Nankaya, Jedidah (April 2025, Food Security)

   Abstract Forests support food security and nutrition worldwide, especially so for highly forest-dependent communities who collect a variety of food products from nearby forests. While the importance of forest cover to the diets of forest-dependent communities has been well-researched, little is known regarding the role of more specific forest characteristics – information that would be valuable for better identifying the landscapes that support a nutritious and diverse diet. To address this research gap, we linked child dietary data to remotely-sensed geospatial indicators of surrounding forest characteristics – using more nuance than is typically undertaken – by examining forest age, tree density, and forest fragmentation in Kenya’s East African Montane Forests. Interestingly, dietary diversity of children demonstrated no or relatively weak associations with forest characteristics. However, by parsing out individual food groups, we exposed the nuance and complexities associated with the forest-diet relationship. Vegetable/fruit consumption was positively associated with open and moderately dense forest cover, but negatively associated with fragmented forest cover. The consumption of meat and vitamin A-rich fruit was positively associated with younger forest cover, and negatively associated with dense forest cover. Older forest cover was positively associated with green leafy vegetable consumption, but negatively associated with other vegetable/fruit consumption. Our findings provide suggestive evidence that there is no single ‘ideal’ type of forest for supporting food security and nutrition – rather, different types of forests are associated with different dietary benefits. Taken together, these results indicate the need for more in-depth research that accounts for factors beyond the proximity and amount of generic forest cover. 

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4. Fifty years of runoff response to conversion of old‐growth forest to planted forest in the H. J. Andrews Forest, Oregon, USA

   https://doi.org/10.1002/hyp.14168  

   Crampe, Emily A.; Segura, Catalina; Jones, Julia A. (May 2021, Hydrological Processes)

   Abstract Long‐term watershed experiments provide the opportunity to understand forest hydrology responses to past logging, road construction, forest regrowth, and their interactions with climate and geomorphic processes such as road‐related landslides. We examined a 50‐year record from paired‐watershed experiments in the H. J. Andrews Experimental Forest, Oregon, USA in which 125 to 450‐year‐old conifer forests were harvested in the 1960s and 1970s and converted to planted conifer forests. We evaluated how quickflow and delayed flow for 1222 events in treated and reference watersheds changed by season after clearcutting and road construction, including 50 years of growth of planted forest, major floods, and multi‐decade reductions in snowpack. Quickflow runoff early in the water year (fall) increased by up to +99% in the first decade, declining to below pre‐harvest levels (−1% to −15%) by the third to fifth decade after clearcutting. Fall delayed flow responded more dramatically than quickflow and fell below pre‐treatment levels in all watersheds by the fifth decade, consistent with increased transpiration in the planted forests. Quickflow increased less (+12% to 70%) during the winter and spring but remained higher than pre‐treatment levels throughout the fourth or fifth decade, potentially impacted by post‐harvest burning, roads, and landslides. Quickflow remained high throughout the 50‐year period of study, and much higher than delayed flow in the last two decades in a watershed in which road‐related changes in flow routing and debris flows after the flood of record increased network connectivity. A long‐term decline in regional snowpack was not clearly associated with responses of treated vs. reference watersheds. Hydrologic processes altered by harvest of old‐growth conifer forest more than 50 years ago (transpiration, interception, snowmelt, and flow routing) continued to modify streamflow, with no clear evidence of hydrologic recovery. These findings underscore the importance of continued long‐term watershed experiments. 

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5. Using the Theory of Planned Behavior to Understand Family Forest Owners’ Intended Responses to Invasive Forest Insects

   https://doi.org/10.1080/08941920.2021.1924330  

   Holt, Jonathan R.; Butler, Brett J.; Borsuk, Mark E.; Markowski-Lindsay, Marla; MacLean, Meghan Graham; Thompson, Jonathan R. (August 2021, Society & Natural Resources)

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