Research Keyword: energy efficiency

Root anatomy governs bi-directional resource transfer in mycorrhizal symbiosis

Researchers developed a new theory explaining how plant roots and fungi work together to exchange nutrients and carbon. The theory shows that thicker roots are less efficient at absorbing nutrients on their own, but mycorrhizal fungi help by positioning themselves in the inner layers of roots to reduce the energy cost of nutrient transport. This partnership between roots and fungi becomes increasingly important for thicker roots, explaining why many plants with thick roots depend more heavily on fungal partners for survival.

Read More »

Root anatomy governs bi-directional resource transfer in mycorrhizal symbiosis

This research reveals how the shape and structure of plant roots influence their ability to exchange nutrients and carbon with symbiotic fungi. The study shows that thicker roots face challenges in efficiently acquiring nutrients because they require more energy to transport nutrients across their thicker outer tissues. Fortunately, mycorrhizal fungi can help overcome this limitation when they position themselves deeper within the root structure, reducing the energy cost of moving nutrients to the plant’s vascular system.

Read More »

Design and test analysis of a rotary cutter device for root cutting of golden needle mushroom

Golden needle mushrooms are delicate fungi currently harvested by hand because traditional cutting machines damage them. Researchers designed a new high-speed rotating blade device that cuts mushroom roots cleanly and efficiently by using fast spinning cuts that minimize compression damage. The optimized machine reduces energy use by nearly 25% while improving cutting quality, making mushroom farming more practical and efficient.

Read More »
Scroll to Top