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Key messageThe muted wood isotopic signal in slow-growing trees of unthinned stands indicates lower responsiveness to changing environmental conditions compared to fast-growing trees in thinned stands. Abstract To examine the physiological processes associated with higher growth rates after thinning, we analyzed the oxygen isotopic values in wood (δ18Ow) of 12 ponderosa pine (Pinus ponderosa...
•Carbon sequestration has focused renewed interest in understanding how forest management affects forest carbon gain over timescales of decades, and yet details of the physiological mechanisms over decades are often lacking for understanding long‐term growth responses to management.
•Here, we examined tree‐ring growth patterns and stable isotopes of cellulose (δ13Ccell and δ18Ocell) in a thinning...
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