Droughts

Expression of Multiple Resistance Genes Enhances Tolerance to Environmental Stressors in Transgenic Poplar (Populus × euramericana ‘Guariento

Salt Stress / Multidisciplinary / Populus / Water use efficiency / Insect Resistance / Droughts / PLoS one / SALT TOLERANCE / Field Trial / Long Term Effect / Saline Soil / Photosystem II / Quantum Yield / Sodium Chloride / Mortality rate / Droughts / PLoS one / SALT TOLERANCE / Field Trial / Long Term Effect / Saline Soil / Photosystem II / Quantum Yield / Sodium Chloride / Mortality rate

Poplar under drought: Comparison of leaf and cambial proteomic responses

Water / Drought / Stress / Proteomics / Plant Physiology (Biology) / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves

Poplar under drought: Comparison of leaf and cambial proteomic responses

Water / Drought / Stress / Proteomics / Plant Physiology (Biology) / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves

Poplar under drought: Comparison of leaf and cambial proteomic responses

Water / Drought / Stress / Proteomics / Plant Physiology (Biology) / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves

Poplar under drought: Comparison of leaf and cambial proteomic responses

Water / Drought / Stress / Proteomics / Plant Physiology (Biology) / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves / Drought Stress / Abiotic Stress / Populus / Plant Physiology / Droughts / Forest ecosystem / Cambium / Woody Plants / Physiological Stress Markers / PLANT PROTEINS / Biochemistry and cell biology / Gene expression profiling / Plant Leaves

Low temperature induces different cold sensitivity in two poplar clones (Populus×canadensis Mönch ‘I-214’ and P. deltoides Marsh. ‘Dvina’)

Botany / Plant Biology / Adaptation / Populus / Experimental Botany / STEM / Droughts / Clone / Cold / Low Temperature / Seasons / Shrinkage / Marsh / STEM / Droughts / Clone / Cold / Low Temperature / Seasons / Shrinkage / Marsh

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