Christopher Kibler

@kiblerchris.bsky.social

Earth system scientist

Very interesting paper. I have thought about running this experiment using a computer model. Really cool to see it demonstrated from field measurements. This should have important implications for photosynthesis and respiration rates. Increased leaf temperature could offset carbon gains from eCO2.

Dr Scott J. Davidson@wetlandresilienceresearchgroup.com · 9mo ago

Very pleased to be part of this super cool new paper led by William Hagan Brown in @globalchangebio.bsky.social looking at the impact of elevated CO2 on canopy temperatures in an oak woodland at the BIFor-FACE experiment dx.doi.org/10.1111/gcb....

"this product is good because it's like having a pocket full of PhDs" just suggests to me you've never actually been in a room with a bunch of experts on a topic. You think you're going to come away with a quick, simple, easy-to-digest summary of their expertise? Think again.

My take: Science gives us knowledge but not wisdom. Wisdom = knowledge + values. So science can tell you what's true, but not what's important. Your values tell you what's important, but those are far more subjective. Your wisdom is your combination of what is true and what you think is important.

Philip Ball@philipcball.bsky.social · 12mo ago

I find plenty to agree with in this paper, but also plenty to 🤔. It seems largely couched in terms of the "public understanding vs public engagement" debate that happened in the late 1990s. Which is fine, but are we still at that stage of the debate? www.pnas.org/doi/10.1073/...

Please consider submitting to our #AGU25 session Conservation Ecohydrology (H053). There are always interesting presentations on fun and novel applications of ecohydrology methods. Past presentations have covered everything from beavers to gold mines to power plants. agu.confex.com/agu/agu25/pr...

Conservation Ecohydrology

In a world projected to become hotter and, in many places, drier over the next century, successful conservation strategies require a better understanding of the interactions between flora, fauna, clim...

agu.confex.com

It was great to be a part of this effort. I'm really excited for the new infrastructure and protocols that are going to help standardize and scale proximal remote sensing over the next few years.

Troy Magney@troymagney.bsky.social · 2y ago

New Tansley review paper from Zoe Pierrat & friends in @newphyt.bsky.social linking proximal remote sensing with ecosystem fluxes! Synergies and best practices for hyperspectral reflectance, SIF, thermal, microwave and lidar 🌈🌲🗼🛰️🧪 nph.onlinelibrary.wiley.com/doi/10.1111/...

Overview of proximal remote sensing instruments at a flux tower site. Shown are three eddy-covariance towers with sonic anemometers collecting data to derive ecosystem fluxes. Shown for spectral reflectance and solar-induced fluorescence (SIF) is a hyperspectral sensor with a narrow field-of-view (FOV) and multi-directional scanning capabilities (Sections II.1 and II.2). We also show the direct emission of SIF from the forest canopy (Section II.2). For thermal infrared radiation, we show a fixed thermal camera and thermal radiation coming from the canopy (Section II.3). For microwave, we show two potential arrangements with antenna A receiving direct signals from under open-sky conditions as well as signals that are reflected from the underlying vegetated surface, and antenna B receiving a direct signal that is propagated downward through the vegetation canopy and attenuated by its moisture content (Section II.4). We also show a light detection and ranging (LiDAR) instrument emitting light to get a 3D representation of canopy structure (Section II.5). Above the forest are a drone, aircraft, and satellite to emphasize the potential of proximal remote sensing to complement observations across scales. In the inset plot, we show sample reflectance spectra for vegetation and wet soil and highlight key wavelength ranges for spectral reflectance. We also show typical SIF retrieval windows and LiDAR emission windows. Next to the reflectance spectra, we show sample radiance in the thermal infrared region, with example spectra for warm soil and cool vegetation. Finally, we show key measurement wavelength bands for microwave backscatter.

Each of us contributes incrementally to a future we may never see. If it is in our lifetime, if our science, or our contribution, is part of a practical solution, it will likely be one sentence in a vast tome with contributions from thousands of authors across dozens of (not just science) fields.

This is a great approach. I think more climate change communication needs to emphasize that it is caused by simple, observable processes that emerge from basic physical principles. Too often, we get caught up in the nuances of empirical methods that are not necessary to establish the basic facts.

Hank Green@hankgreen.bsky.social · 2y ago

When talking about climate change I’ve started to incorporate a quick physical explanation on the basics before getting into it, like “CO2, a molecule that absorbs heat like a black t-shirt,…” or “carbon dioxide, which is opaque to infrared light,…”