Dalia Abd El-Azeem Ahmedβs research primarily revolves around the intricate ecosystems of Egypt, with a particular emphasis on the following areas: π Ecosystem Services in Southern Mediterranean Desert: Investigating the vital services provided by the flora in the region. πΏ Distribution and Growth of Trianthema portulacastrum: Analyzing the behavior and performance of this plant species in the Nile Delta. ποΈ Mediterranean Sand Dunes in Egypt: Assessing the threats to this unique habitat and studying endangered flora within. π± Distribution and Antifungal Activity of Solanum nigrum: Exploring the distribution patterns and medicinal properties of this plant in the Nile Delta. β»οΈ Impact of Wastewater on Plant Diversity: Studying the influence of wastewater discharge on plant communities in Al-Marj Plain, Libya. πΎ Soil Improvement with Cyanobacteria Inoculation: Investigating the effects of Nostoc kihlmani and Anabaena cylindrica on soil characteristics and wheat germination. ποΈ Effect of Recent Land Use on Plant Diversity: Assessing the impact of land use changes on plant communities in Omayed Biosphere Reserve, Egypt. πΌ Population Structure of Phlomis aurea in Sinai Peninsula: Analyzing the dynamics and structure of this endemic species in different habitats. πΊ Flora and Vegetation of Western Mediterranean Region: Documenting the plant diversity in various habitats of the western Mediterranean region of Egypt. πΎ Diversity of Crop Plants in Nile Delta: Exploring the richness of crop plant species in the agricultural landscape of the Nile Delta. Daliaβs work showcases a commitment to understanding and preserving the diverse plant life in Egypt, addressing ecological challenges and contributing valuable insights to environmental conservation. πΏππ
Citations:
π Citation Metrics for Dalia Abd El-Azeem Ahmed πΏ
π Total Citations:
- All Time: 739
- Since 2019: 657
π h-index:
- All Time: 17
- Since 2019: 16
π’ i10-index:
- All Time: 24
- Since 2019: 22
Dalia Abd El-Azeem Ahmedβs research has garnered significant recognition, with a notable number of citations reflecting the impact and relevance of her contributions to the field of environmental ecology and plant diversity. π±π