期刊： PLANT AND SOIL, 2022; 475 (1-2)
Aims We explored the trends in soil fungal and bacterial patterns and their responses to plant and soil characteristics with increasing site age in ab......
期刊： PLANT AND SOIL, 2022; 471 (1-2)
Aims Root aerenchyma, a key adaptive trait to anoxic soils has rarely been integrated into trait-based plant ecology. This study aims to evaluate the ......
期刊： PLANT AND SOIL, 2022; 471 (1-2)
Purpose Rhizosphere bacterial communities ('rhizobacteria') can mediate plant-soil feedbacks that enhance plant drought tolerance, but the composition......
期刊： PLANT AND SOIL, 2022; 471 (1-2)
Background and aims Seed dormancy-break via cold stratification is of fundamental importance for plant adaptation to environmental conditions and resp......
期刊： PLANT AND SOIL, 2022; 473 (1-2)
Purpose Diverse rare taxa are increasingly recognized as drivers of key functions in ecosystems. However, less attention has been given to their impor......
期刊： PLANT AND SOIL, 2022; 476 (1-2)
Organisms intended to solubilise soil phosphate are chosen on their ability to produce a clear halo on a plate containing a sparingly soluble phosphat......
期刊： PLANT AND SOIL, 2022; 473 (1-2)
Background Cowpea is a grain legume of major importance in sub-Saharan Africa where it is cultivated by smallholder farmers on poor soils and producti......
期刊： PLANT AND SOIL, 2022; 474 (1-2)
Aims Research objectives were to determine nodule-forming capacities and competition for nodule-formation of Frankia strains ArI3 and Ag45/Mut15, whic......
期刊： PLANT AND SOIL, 2022; 473 (1-2)
Purpose Deciphering the succession patterns of soil bacterium-fungus-nematode communities and functions in agroecosystems is one of the most important......
期刊： PLANT AND SOIL, 2022; 476 (1-2)
Background and aims Iron (Fe) deficiency in plants is a common problem affecting agricultural production. Cadmium (Cd) is a toxic metal that can be ta......
期刊： PLANT AND SOIL, 2022; 474 (1-2)
Purpose Leaf elemental stoichiometry is indicative of plant nutrient limitation, community composition, ecosystem function. Understanding the variatio......
期刊： PLANT AND SOIL, 2022; 474 (1-2)
Aims Vegetation in high-altitude regions is hypothesized to be more responsive to increasing atmospheric CO2 concentrations due to low CO2 partial pre......
期刊： PLANT AND SOIL, 2022; 475 (1-2)
Background Biochar-based fertilizer products (BCF) have been reported to increase both crop yield and N-use efficiency. Such positive effects are ofte......
期刊： PLANT AND SOIL, 2022; 475 (1-2)
Aims Urea is the most commonly used N fertilizer worldwide, but can easily volatilize as ammonia and be lost from the soil. Enhanced Efficiency Fertil......
期刊： PLANT AND SOIL, 2022; 474 (1-2)
Background and aims Crop yield and quality are generally limited by poor soils, which is a key limiting factor for sustainable development in modern a......
