Dedicated professional with a robust background in horticulture and landscape architecture gardening , focused on creating sustainable urban environments. Leveraging expertise in renewable energy integration and efficient resource management, I aim to contribute to eco-friendly initiatives that enhance public spaces and promote biodiversity. Experienced in collaborating with diverse teams and stakeholders to implement innovative solutions that address environmental challenges and improve community well-being.
Expert in Ornamental Plants , Floriculture , Flowers , Vertical gardens , Living walls.
Member of National Initiative to Support Energy and Reduce Emissions
Ornamental Plants , Floriculture , Flowers , Vertical gardens , Living walls. Roof gardens.
Ornamental Plants , Floriculture , Flowers , Vertical gardens , Living walls.
This study was aimed to conduct one of the vertical garden systems , selecting suitable plant species that with stand the climate conditions of Baghdad city in outer space to determine the appropriate growing medium for the (LWS), and to assess the impact of spraying with potassium silicate on the resistance of the cultivated plants to heat stresses . The study carried out at at Al-Batool Park of (Al-Kadhimiya Holy City). Two experiments were carried out, each one with a different plant species, including Wedelia trilobata and Tradescantia pallida, during the winter season of 2021 and summer season of 2022. The experiments were designed using a split block design. The experiments included two factors, the first being the growing med
... Show MoreThis study was aimed to investigate the response of two types of ornamental herbaceous plants (Wedelia trilobata and Jacobaea maritima 'Cirrus') to different agricultural environments and the application of potassium silicates to the living walls system LWS (Felt layer system) under the climate conditions of Baghdad city. Each experiment involved the cultivation of a different plant species, and the study duration was from September 15, 2021, to August 1, 2022. A Strip-Plot Design experiment was conducted using two factors: factor M with four levels of substrates (50% peatmoss and perlite (M1), 50% Vermicompost and perlite (M2), 50% Water hyacinth compost and perlite (M3), 50% wheat straw compost and perlite (M4)) and factor S with
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