This study delves into the fascinating world of mint diversity in Iran, unraveling the variations in morphological characteristics and flowering shoot yields across different mint species. Through a comprehensive investigation, we explore the intricate nuances of these aromatic plants, shedding light on their unique features and productivity. The findings contribute valuable insights into the horticultural and agricultural aspects of mint cultivation in the diverse landscapes of Iran.

This study delves into the intricate interplay between nutrition and broiler performance, examining the effects of enzyme-supplemented pearl millet diets on carcass quality and haematological parameters. Through a comprehensive experimental design, we assessed the impact of enzyme supplementation on key performance metrics, including growth rates, feed efficiency, and carcass characteristics. Haematological parameters were scrutinized to gauge the physiological implications of the dietary interventions. The findings reveal valuable insights into the potential of enzyme supplementation in optimizing broiler diets for enhanced performance and overall health.

This study delves into the chilling requirements of four pistachio cultivars within the unique climatic conditions of Semnan Province, Iran. Recognizing the critical role of chilling hours in the successful cultivation of pistachios, the research aims to provide insights into the specific needs of these cultivars for optimal growth and yield. Through systematic observation and analysis, the study sheds light on the nuanced chilling requirements, contributing valuable knowledge for pistachio growers in Semnan Province and beyond.

This study explores the intricate growth dynamics of Capparis spinosa var. Inermis under diverse irrigation levels, shedding light on the plant's response to varying water regimes. Employing a comprehensive approach, we investigated key physiological and morphological parameters to unravel the nuanced interplay between irrigation and growth. Our findings provide valuable insights into optimizing water management practices for the cultivation of Capparis spinosa var. Inermis, contributing to sustainable agriculture and ecological conservation.