"I thought this has got to be a scam," says Banfield, who explores soil weathering and how microbes alter rock chemistry.
We suggest that future ES research should focus on exploring soil functional diversity of soil biota and the spatial aspects of soil properties to lower level ecosystem services (e.g., water purification, gene pool, and climate regulation).
We explored soil contamination in detail.
Therefore, to explore how soil contamination of different spatial heterogeneity affects population dynamics of soil invertebrates, we developed a spatially explicit individual-based model of the springtail, Folsomia candida, a standard test species for ecotoxicological risk assessment.
Soil compaction increases soil impedance and thereby affects crop yield by decreasing the capacity of the root system to explore new soil horizons and absorb water and essential nutrients to sustain active growth and development.
What would that allow you to do? Explore the soil!" With a grant from the European Union's Future and Emerging Technologies program, their team is developing a "robotic root" that, using plastics that can elongate and then harden, will be able to slowly penetrate the soil, sense conditions, and alter its trajectory accordingly.
Besides providing anchorage, they are a plant's means to explore the soil environment for water and nutrients.
Due to its extensive network of hyphae, the endophyte is able to deeply explore the soil and transfer water and minerals to the plant, some of them playing an important role in mitigating the effects of drought stress.
Root systems that can explore relevant soil domains at low metabolic cost are particularly important, since roots depend on and compete with shoots for fixed carbon (Lynch and Ho 2005; Lynch 2014).
Steeper root angles enabled plastic genotypes to potentially explore similar soil volumes under nitrogen deficient conditions as steep genotypes, thereby not incurring any reductions in grain yield compared to genotypes constitutively forming steep root angles.
