Developing the first halophytic turfgrasses for the urban landscape from native Arabian desert grass
2020
Zamin, Muhammad | Shah, Fahad | Khattak, Abdul Mateen | Kātibī, Muḥammad ʻAdnān | Fazl-i-Wahid, | Raza, Ahmad | Wang, Depeng | Saud, Shah | Noor, Muhammad | Bakhat, Hafiz Faiq | Mubeen, Muhammad | Hammad, Hafiz Mohkum | Soliman, Mona. H. | Elkelish, Amr A. | Riaz, Muhammad | Nasim, Wajid
Climate change is occurring and is influencing biological systems through augmented temperatures, more inconstant precipitation, and rising CO₂ in the atmosphere. For sustainable landscaping, it was essential to assess the diversity of native/wild grasses and their suitability for turf and to combat the salinity problem in the region. For this purpose, a native halophytic grass, Aeluropus lagopoides, was investigated by conducting mowing tests on its ecotypes during the year 2014–2016 under desert climatic conditions. The research was carried out in two phases, i.e. Phase-I was for collection and establishment of ecotypes from various parts of UAE, while in Phase-II, mowing tests were conducted. During mowing tests, 50 ecotypes of A. lagopoides were given various mowing treatments (i.e. they were cut back at 1-, 2-, 3-, 4- and 5-cm heights) in field conditions. Significant differences were found among various ecotypes for different agronomic parameters such as ground cover, canopy stiffness, leaf number, clippings fresh and dry weights and internode length. Overall, the grass exhibited better performance at mowing heights of 3 and 4 cm, which are the standard mowing heights for turfgrasses. Ecotypes FA5, RA3, RUDA2, RUDA7 and RUADA1 of A. lagopoides showed the best performance against mowing shock and became the candidates for the turfgrass varieties from the native Arabian flora.
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