Dataset: Warm spells raw data.xlsx

Dataset from: Warm spells in winter affect the equilibrium between winter phenotypes published at the Journal of Thermal Biology, Volume 120, February 2024, 103811, https://doi.org/10.1016/j.jtherbio.2024.103811</p

The concentrations of heavy metals (mg kg^-1 dw) in the plant shoots and roots at t₁₄ (mean±SD; n = 3).

<p>The concentrations of heavy metals (mg kg^-1 dw) in the plant shoots and roots at t₁₄ (mean±SD; n = 3).</p

Physicochemical properties of soils at t₀, t₂ and t₁₄ of the experiment (mean±SD; n = 3).

<p>Physicochemical properties of soils at t₀, t₂ and t₁₄ of the experiment (mean±SD; n = 3).</p

The scheme of experimental design.

<p>The scheme of experimental design.</p

The plant biomass collected from the untreated and treated soils at t₁₄.

<p>Means with the same letter(s) are not significant at p <0,05 within parameter between the untreated and treated soils.</p

Physiological indicators AWCD, H’ and S for the control, untreated and treated soils at t₀, t₂ and t₁₄ (mean±SD; n = 3).

<p>Physiological indicators AWCD, H’ and S for the control, untreated and treated soils at t₀, t₂ and t₁₄ (mean±SD; n = 3).</p

The content of PLFA markers and diversity index (Shannon H’) for the control, untreated and treated soils at t₀, t₂ and t₁₄ (mean±SD; n = 3).

<p>The content of PLFA markers and diversity index (Shannon H’) for the control, untreated and treated soils at t₀, t₂ and t₁₄ (mean±SD; n = 3).</p

Meteorological conditions during the experiment (according to The Institute of Meteorology and Water Management, Poland).

<p>Meteorological conditions during the experiment (according to The Institute of Meteorology and Water Management, Poland).</p

Effects of Pulp and Na-Bentonite Amendments on the Mobility of Trace Elements, Soil Enzymes Activity and Microbial Parameters under <i>Ex Situ</i> Aided Phytostabilization - Fig 3

<p>Projection of individual phospholipid fatty acids along PC1 and PC2 (A, B, C) and the PLFA profiles of the control, untreated and treated soils (A1, B1, C1) at t₀ (A, A1), t₂ (B, B1) and t₃ (C, C1). The samples with similar PC1 and PC2 values are included into a cluster.</p

The activity of microorganisms in tested soils at t₀—t₁₄ (mean±SD; n = 3).

<p>The response of each compound was presented as a color scale ranging from dark green (0 OUs) to burgundy (1500 OUs).</p