October 5, 2021
New paper out !
This new paper is now published in Tree Physiology! Entitled "Peak radial growth of diffuse-porous species occurs during periods of lower water availability than for ring-porous and coniferous trees", this paper reports some of the work done by Loïc D'Orangeville with the dendroband network at Harvard Forest (US) in collaboration with Neil Pederson. Link here
October 4, 2021
Martina's paper "Sequential droughts: a silent trigger of boreal forest mortality" accepted in Global Change Biology!
Congratulations Martina. Martina is off in France, with a prestigious Marie-Curie scholarship. Good luck! The online, unformatted proof can be found here
October 30, 2020
Jiejie's results presented at Ouranos 8th Symposium on climate change (Montreal)
Loïc D'Orangeville presented a talk about climate change and Canadian forests during a session about drought impact, where Jiejie Wang's model results were presented for the first time. Details on the conference can be found here
September 18, 2020
Loïc D'Orangeville interviewed by The Narwhal
Could 80,000 family woodlot owners be the key to saving the Acadian forest? Only remnants of this carbon-rich forest in the Maritimes remain after centuries of clear-cutting. Thousands of family forest owners have a stake in its survival. The question is: can they earn revenue from its protection rather than its destruction?
. Access the full article here!
July 10, 2020
Loïc D'Orangeville appears in Our Changing Forest
In these informational videos, researchers, ecologists and forestry professionals were consulted to understand how the changing climate will affect New Brunswick’s forests, and how we can manage our forests for climate resilience. Produced by the New Brunswick Federation of Woodlot Owners, in partnership with Community Forests International and with the support of Environment and Natural Resources in Canada. Access the video here!
April 27, 2020
Fully funded MScF position in ecological modeling
We're now accepting applications from qualified candidates for a 2-year, fully funded Masters of Science in Forestry position focused on process-based modeling of forest landscapes in P.E.I. National Parks under climate change and forest management. This is a joint project between the Canadian Forest Service, Parks Canada, and the University of New Brunswick led by Dr. Anthony R. Taylor and myself. Details here.
January 30, 2020
Welcome to Martina Sánchez-Pinillos, a new postdoc from Spain!
Martina will look into the effects of interacting disturbances, namely water deficit and insect outbreaks, on boreal forest dynamics across Canada. Martina is developing new methodological approaches to detect forest resistance and resilience using national forest inventories. Welcome to the lab Martina! Full bio here.
January 20, 2020
Welcome to Jessé Moura, a new MScF student from Brazil!
Jessé will apply dendrochronology approaches to 50-yr-old provenance trials from New Brunswick to study population variations in climate responses. This knowledge will help us compare the capacity of Acadian species for assisted migration in a climate change context. Welcome Jessé! Full bio here.
October 7, 2019
Our lab featured in a new documentary on climate change and NB forests
This documentary was produced by Gaetan Pelletier, Executive Director of NHRI, and directed by Mathieu Germain with the assistance of Tanguy Locqueneux. The video documentary delves into the subject of climate change, its potential effects on our forests and what can, and should, be done to adapt. CLick HERE for full documentary!
July 9 , 2019
Alexandra Villiard at UNB for a week of data analysis
Alex is a MSc student based in Montreal and co-supervised by Dan Kneeshaw (Université du Québec à Montréal) and Loïc D'Orangeville here at UNB. Her MSc project focuses on boreal balsam fir stand responses to drought and the roles of timing, tree size and competition. Full bio here.
July 5 , 2019
Observations of rapid growth increase in southern Asian boreal forests now published in Global Change Biology
This work was lead by colleague Xianliang Zhang, of Hebei Agricultural Unviersity (China), during his stay at Harvard Forest. Results suggest that the warming-driven earlier growth onset allows trees to take advantage of snowmelt water, leading to massive gains in recent growth. Paper can be found here.
June 24-27 , 2019
The D'Orangeville lab at NAFEW 2019
At the North American Forest Ecology Workshop, in Flagstaff (Arizona), Loïc D'Orangeville presented his results on the phenology of stem growth for 15 different tree species from Harvard Forest (MA). A great meeting held in the middle of the Ponderosa pine forest!
April 29, 2019
Congratulations to Jiejie Wang for receiving the NBIF PhD Recruitment award!
Jiejie was awarded a four-year scholarship from the New Brunswick Innovation Foundation. A nice way to start a PhD!
April 18, 2019
Greening/Browning Workshop Proceedings Released
The Workshop Proceedings that summarizes the meeting presentations and discussions on Understanding Northern Latitude Vegetation Greening and Browning has just been released. The announcement is below and the report is available for free download here
April 14, 2019
Megan Doyle joins the lab!
Megan will be our new lab manager for the 2019 field season. She will supervise the installation of new monitoring plots and help revisit old provenance studies at Acadia Research Forest. She will also help set up the wood analysis lab here in the Faculty. Her bio can be found here.
April 3rd, 2019
Loïc D'Orangeville talks at Québec Forest Research Meeting Carrefour de la Recherche Forestière in Québec City, Canada.
The anticipated rise in temperatures is likely to upset the growth of the Quebec forest. We presents results from our lab where the vulnerability of Eastern Canadian forests is documented by analyzing their response to past climate.
Meeting details here
Mar. 11, 2019
Lab study named one of top 10 discoveries of 2018
Our research has been selected as one of 10 Discoveries of the Year 2018 by Québec Science magazine. In this paper, done in collaboration with colleagues from Québec and the US, we used large tree-ring collections to project the effects that climate change on Eastern Canada’s boreal forest.
Read the story here
Access to full scientific paper here
Mar. 7-8, 2019
Silv@21: a national workshop on adapting silviculture to climate change in Montréal
Loïc D'Orangeville attended a NSERC-sponsored worshop organized by the Canadian Wood Fibre Centre and FPInnovations to coordinate a national research initiative to support the resilience and transition of Canadian forests in the face of global changes to meet the need for sustainable fibre. Representatives of each Canadian province, of major forest industry players and academia discussed during two days the research priorities, potential partners and future directions.
Feb. 26, 2019
Vegetation Management workshop in Debert (NS)
Loïc D'Orangeville presented the research done in the lab to representatives of the Nova Scotia Department of Lands and Forestry (NSLF) during a workshop on Vegetation Management organised by NSLF and FPInnovation. The goal of the workshop was to better understand the research needs of the province following the release of the Lahey report.
Dec. 6-7, 2018
Understanding Northern Latitude Vegetation Greening and Browning workshop in Washington D.C. (USA)
Loïc D'Orangeville attended this two-day workshop hosted by Canada and the US National Academies of Science. The goad was to bring together experts to discuss patterns and drivers of tundra and boreal forest vegetation productivity; methods and tools for evaluating vegetation patterns and changes; and implications for vegetation change. Great meeting, and special thanks to Canada's Polar Research Board for the invitation!
WHAT WE DO
There is a growing concern among scientists and forest stakeholders regarding the capacity of our forests to withstand increasing temperatures and water stress. In my lab, we use innovative experimental and observational methods to document the sensitivity and adaptive capacity of eastern Canadian tree species to climate change. Our focus is on the roles that species and environmental drivers play, at multiple spatial scales, in shaping tree growth response to a warming climate.