LPFMA Instituto de Bosques y Sociedad Facultad de Ciencias Forestales y Recursos Naturales Universidad Austral de Chile
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Proyectos

Iniciativas de investigación, innovación y desarrollo aplicadas al manejo forestal sostenible y el medio ambiente.

Fondos concursables

Fondos concursables

Inicio: 01 Marzo 2020

Co-investigador. Proyecto InnovaChile 19BP-117312. Adaptación al cambio climático en la actividad forestal, productividad y reducción de impactos.

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Desarrollo de una herramienta de simulación de volteo mecanizado y madereo con torre con carro garra en altas pendientes. Forestal Arauco S.A.

Desarrollo de una herramienta de simulación de volteo mecanizado y madereo con torre con carro garra en altas pendientes. Forestal Arauco S.A.

Inicio: 01 Marzo 2020

Investigador principal. Desarrollo de una herramienta de simulación de volteo mecanizado y madereo con torre con carro garra en altas pendientes. Forestal Arauco S.A.

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Co-Investigador responsable.

Co-Investigador responsable.

Inicio: 01 Marzo 2019

Co-Investigador responsable. Wood bioenergy for rural energy resilience. Kentucky Department for Energy Development and Independence, Division of Biofuels. $49,840.

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Vertical and horizontal stand structure associated with silvicultural treatments in forested ecosystems of Eastern Kentucky: Response of Myotis bats during the staging and maternity seasons.

Vertical and horizontal stand structure associated with silvicultural treatments in forested ecosystems of Eastern Kentucky: Response of Myotis bats during the staging and maternity seasons.

Inicio: 01 Marzo 2017
Término: 31 Diciembre 2019

Co-Investigador responsable. U.S. Fish and Wildlife Services, $150,935. “Vertical and horizontal stand structure associated with silvicultural treatments in forested ecosystems of Eastern Kentucky: Response of Myotis bats during the staging and maternity seasons.”

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Expanding and enhancing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations to the state of Kentucky.

Expanding and enhancing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations to the state of Kentucky.

Inicio: 01 Marzo 2017
Término: 31 Diciembre 2018

Co-Investigador responsable. Central Appalachian Regional Education & Research Center (CARERC), University of Kentucky. $16,143. “Expanding and enhancing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations to the state of Kentucky.

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Expanding and enhancing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations to the state of Kentucky.

Expanding and enhancing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations to the state of Kentucky.

Inicio: 01 Marzo 2017
Término: 31 Diciembre 2018

Co-Investigador responsable. Central Appalachian Regional Education & Research Center (CARERC), University of Kentucky. $16,143. “Expanding and enhancing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations to the state of Kentucky.”

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The use of quadcopter UAVs for wildfire and prescribed fire monitoring and data collection.

The use of quadcopter UAVs for wildfire and prescribed fire monitoring and data collection.

Inicio: 01 Mayo 2016
Término: 31 Diciembre 2017

Co-Investigador responsable. University of Louisville ENVPRI Internal Grant Program. $9,808. “The use of quadcopter UAVs for wildfire and prescribed fire monitoring and data collection.”

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“Support for the council on forest engineering meeting.”

“Support for the council on forest engineering meeting.”

Inicio: 01 Mayo 2015

Investigador responsable. Kentucky Department for Energy Development and Independence, Division of Biofuels. $2,500. PON2 127. “Support for the council on forest engineering meeting.”

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“Support for the council on forest engineering meeting.”

“Support for the council on forest engineering meeting.”

Inicio: 01 Mayo 2015

Investigador responsable. University of Kentucky, College of Agriculture, Food and Environment. Research Activity Award $3,000. “Support for the council on forest engineering meeting.”

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Forest modeling using airborne LiDAR.

Forest modeling using airborne LiDAR.

Inicio: 01 Mayo 2015

Co-Investigador responsable. Kentucky Science and Engineering Foundation, KSEF-3405-RDE-018. $30,000. “Forest modeling using airborne LiDAR.”

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Effect of silvicultural treatments on vertical stand structure in forested ecosystems of the Appalachian Mountain Region: Implications for foraging and roosting behavior of Myotis bats during the staging, maternity, and swarming seasons.

Effect of silvicultural treatments on vertical stand structure in forested ecosystems of the Appalachian Mountain Region: Implications for foraging and roosting behavior of Myotis bats during the staging, maternity, and swarming seasons.

Inicio: 01 Mayo 2014
Término: 31 Diciembre 2016

Co-Investigador responsable. Forestland Group LCC. $150,000. “Effect of silvicultural treatments on vertical stand structure in forested ecosystems of the Appalachian Mountain Region: Implications for foraging and roosting behavior of Myotis bats during the staging, maternity, and swarming seasons.”

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Developing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations.”

Developing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations.”

Inicio: 01 Mayo 2014
Término: 31 Diciembre 2014

Investigador responsable. Central Appalachian Regional Education & Research Center (CARERC), University of Kentucky. $9,638. “Developing a web-based application to generate automated access routes from timber harvesting sites to emergency personnel locations.”

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Investigador responsable.

Investigador responsable.

Inicio: 01 Mayo 2026
Término: 31 Diciembre 2018

Investigador responsable. McIntire-Stennis (KAES13-03). $90,492. “Evaluating the use of light detection and ranging (LiDAR) information to improve forest management decisions.”

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OptFuels: Optimizing Fuel Treatment Location at the Landscape Level
US Forest Service

OptFuels: Optimizing Fuel Treatment Location at the Landscape Level

Inicio: 01 Enero 2011
Término: 31 Diciembre 2012

Project developed between 2011 and 2012 in collaboration with the US Forest Service, Rocky Mountain Research Station (RMRS), and the University of Montana, focused on optimizing the spatial location of forest fuel treatments at the landscape level.

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