Wood density under a microscope. By Kasia Ziemińska

Wood density—dry mass per fresh volume (g cm-3)—is one of the most commonly assesed trait in plant ecology and ecophysiology. It is easy to measure and it indicates the amount of carbon a plant invests in wood, which is an important component of plant carbon budget. At the same time, wood density is just one … Continue reading Wood density under a microscope. By Kasia Ziemińska

Alternative facts and carbon cycle. By Colin Prentice

In today’s issue of Science, Bastin et al. hit back at critics (no less than four technical comments and three letters published today draw attention to errors and/or omissions in their original paper!). They have, at least, withdrawn their misleading claim that tree planting is the “best solution” to climate change. They say that they … Continue reading Alternative facts and carbon cycle. By Colin Prentice

Trees will help us to fight climate change, but only if we protect them. By César Terrer

The role of trees in combating climate change has been receiving a lot of media attention lately, with the impression given that simply planting more trees is all we need to do. But it isn’t quite so straight forward. César Terrer, a former PhD student of Colin’s, has just had a paper published with Colin … Continue reading Trees will help us to fight climate change, but only if we protect them. By César Terrer

One and a half degrees of confusion. By Prof. Colin Prentice

For climate scientists and climate policy wonks, the big publishing event of 2018 was the release of the Intergovernmental Panel on Climate Change (IPCC) Special Report on “Global Warming of 1.5˚C” produced in response to the 2015 Paris Agreement [1]. At the Paris meeting of the Conference of the Parties (COP) to the United Nations … Continue reading One and a half degrees of confusion. By Prof. Colin Prentice

Mapping managed grassland ecosystem from space and modelling. By Ramesh Ningthoujam

Monitoring of grassland management in long-term ecological experiments (LTEs) at an ecosystem level is necessary due to potential impacts on biomass production in response to climate change. Knowledge gaps remain about how grasses with different nutrients and management affected the leaf chlorophyll content (CC) and intrinsic photosynthetic capacity (maximum carboxylation rate: Vcmax) in grassland ecosystem. … Continue reading Mapping managed grassland ecosystem from space and modelling. By Ramesh Ningthoujam

Can we explain the large variations in the historical trends of plant water use efficiency reported in several studies? In part, yes, but we still lack knowledge about the whole processes: a new paper lead by Aliénor is out in Global Change Biology

Following my previous blog, our review paper related to the understanding of the causes of variations in the historical trends in the water use efficiency of plants and ecosystems has been published in Global Change Biology (full text can be found here: https://onlinelibrary.wiley.com/doi/abs/10.1111/gcb.14634).   Plants are expected to respond to rising atmospheric CO2 levels by … Continue reading Can we explain the large variations in the historical trends of plant water use efficiency reported in several studies? In part, yes, but we still lack knowledge about the whole processes: a new paper lead by Aliénor is out in Global Change Biology

Meetings at the University of Toronto and Université de Québec à Montréal

Visiting the University of Toronto, Colin had extremely productive meetings with three research groups led by Dick Peltier (Physics), Sharon Cowling (Earth Sciences) and Jing Chen (Geography). New plans made included a comparison of remote-sensing and optimality-based estimates of photosynthetic capacity across the globe (with Jing Chen), and a proposed research visit to Imperial in … Continue reading Meetings at the University of Toronto and Université de Québec à Montréal