Evaluation of the growth, enzymatic activity, electrolyte leakage, and phytoremediation efficiency of under cadmium and lead stress.

Contamination of agricultural soil by heavy metals poses a significant threat to soil quality and crop yields. Using plants as a natural remediation approach attracts researchers' attention around the world. A 16-month pot experiment was conducted using in a randomized complete block design.

Enhancing Micropropagation of : Insights from PGRs, Natural Extracts, and pH Optimization.

The endangered plant species faces threats to its survival in the wild, necessitating the development of effective micropropagation techniques for potential reintroduction efforts. This study demonstrates that effectively reproduces on MS synthetic medium with diverse plant growth regulators (PGR) and natural extracts, facilitating swift micropropagation for potential future reintroduction endeavors. It highlights the substantial impact of PGR composition and natural extracts on the growth and development of .

Investigation of a Perspective Urban Tree Species, L., by Scientific Analysis of Historical Old Specimens.

In this study, we examined over 200-year-old L. specimens under different environmental conditions. The overall aim was to explore which factors influence their vitality and general fitness in urban environments and thus their ability to tolerate stressful habitats.

Salt Tolerance of subsp. as a Potential Ornamental Plant for Secondary Salinized Soils.

Secondary salinization caused by climate change is a growing global problem. Searching for plants that can survive in areas with high salt content and even have decorative value was the focus of our research. Thirty plants of subsp.

: A Comprehensive Review on Recent Developments on In Vitro Regeneration.

is a flowering plant grown worldwide and is one of the most popular ornamental plants. Chrysanthemums are usually cultivated using root suckers and shoot cuttings. This conventional technique is relatively slow.