人才队伍
- 姓名： akash tariq
- 性别： 男
- 职称： 副研究员
- 职务：
- 学历： 博士
- 电话： 15276707319
- 传真：
- 电子邮件： akash@ms.xjb.ac.cn
- 所属部门：
- 通讯地址： 乌鲁木齐市北京南路818号
简 历：
社会任职：
- [1] plant eco-physiology[2] plant-soil interaction[3] plant nutrition
研究方向：
承担科研项目情况：
- [1] tariq a*, ullah a, sardans j, zeng f, graciano c, li x, wang w, ahmed z, ali s, zhang z, gao y, pe？uelas j. 2022. alhagi sparsifolia: an ideal phreatophyte for combating desertification and land degradation. science of the total environment, 844: 157228.[2] tariq a*, graciano c, sardans j, ullah a, zeng f, ullah i, ahmed z, ali s, al-bakre da, zhang z, bai y, wang w, pe？uelas j. 2022. decade-long unsustainable vegetation management practices increase macronutrient losses from the plant-soil system in the taklamakan desert. ecological indicators, 145: 109653.[3] tariq a*, sardans j, pe？uelas j, zhang z, graciano c, zeng f, olatunji oa, ullah a, pan k. 2022. intercropping of leguminous and non-leguminous desert plant species does not facilitate phosphorus mineralization and plant nutrition. cells, 11: 998.[4] tariq a*, graciano c, pan k, olatunji oa, li z, sadia s, zhihao z, ismoilov k, ahmed z, ullah a, zeng f. 2022. phosphorus fertilization of phoebe zhennan seedlings under drought reduces nitrogen assimilation. journal of plant nutrition, 45: 2228-2238.[5] tariq a*, pan k, olatunji oa, graciano c, li z, li n, sun f, song d, huang d, gong s, francis m, pandey b, idress m, dakhil ma. 2019. role of nitrogen supplementation in alleviating drought-associated growth and metabolic impairments in phoebe zhennan seedlings. journal of plant nutrition and soil science, 182: 586-596.[6] tariq a*, pan k, olatunji oa, graciano c, li z, li n, sun f, song d, wu x, dakhil ma, sun x, zhang l. 2018. impact of phosphorus application on drought resistant responses of eucalyptus grandis seedlings. physiologia plantarum, 166: 894-908.[7] tariq a, pan k, olatunji oa, graciano c, li z, sun f, song d, chen w, zhang a, wu x, zhang l, tan x, huang d. 2018. phosphorus fertilization alleviates drought effects on alnus cremastogyne by regulating its antioxidant and osmotic potential. scientific reports, 8: 5644.[8] tariq a, pan k, olatunji oa, graciano c, li z, sun f, sun x, song d, chen w, zhang a, wu x, zhang l, mingrui d, xiong q, liu c. 2017. phosphorus application improves drought tolerance of phoebe zhennan seedlings. frontiers in plant science, 8: 1561.[9] zhang y, tariq a？, hughes ac, hong d, wei f, sun h, sardans j, pe？uelas j, perry g, qiao j, kurban a, jia x, raimondo d, pan b, yang w, zhang d, li w, ahmed z, beierkuhnlein c, lazkov g, toderich k, karryeva s, dehkonov d, hisoriev h, dimeyeva l, milko d, soule a, suska-malawska m, saparmuradov j, bekzod a, allin p, dieya s, cisse b, whibesilassie w, ma k. 2022. challenges and solution to biodiversity conservation in arid lands. science of the total environment, 857: 159695[10] zhang z, tariq a*, zeng f, graciano c, zhang b. 2020. nitrogen application mitigates drought-induced metabolic changes in alhagi sparsifolia seedlings by regulating nutrient and biomass allocation pattern. plant physiology and biochemistry, 155: 828-841.[11] gao y, tariq a*, zeng f, sardans j, pe？uelas j, zhang z, islam w, xu m. 2022. “fertile islands” beneath three desert vegetation on soil phosphorus fractions, enzymatic activities, and microbial biomass in the desert-oasis transition zone. catena, 212: 106090.[12] zhang z, tariq a*, zeng f, graciano c, sun f, xutian c, ahmed z. 2021. nitrogen and water addition regulate fungal community and microbial co-occurrence network complexity in the rhizosphere of alhagi sparsifolia seedlings. applied soil ecology, 164: 103940.[13] zhang z, tariq a*, feng z, xutian c, graciano c. 2020. involvement of soluble proteins in growth and metabolic adjustments of drought-stressed calligonum mongolicum seedlings under nitrogen addition. plant biology, 23: 32-43.[14] ullah a, tariq a*, sardans j, pe？uelas j, zeng f, graciano c, asghar ma, raza a, xiong yc, chai x, zhang z. 2022. alhagi sparsifolia acclimatizes to saline stress by regulating its osmotic, antioxidant, and nitrogen assimilation potential. bmc plant biology, 22: 453.[15] yin h, zheng h, zhang b, tariq a*, lv g, zeng f. 2021. stoichiometry of c:n:p in the roots of alhagi sparsifolia is more sensitive to soil nutrients than aboveground organs. frontiers in plant science, 12: 698961.[16] song d, tariq a？*, pan k, khan su, saleh ta, gong s, zhang a, wu x. 2020. influence of planting distance and density on the yield and photosynthetic traits of sweet potato (ipomoea balatas l.) under an intercropping system with walnut (juglan regia) saplings. soil & tillage research, 196: 104484.[17] zhihao z, chai x, tariq a*, zeng f, graciano c, li x, gao y, ullah a. 2021. coordinated patterns in the allocation, composition, and variability of multiple elements among organs of two desert shrubs under nitrogen addition and drought. journal of soil science and plant nutrition, 22: 47-58.[18] gao y, zhang z, zhang b, yin h, chai x, xu m, tariq a*, zeng f. 2021. foliar p-fractions allocation of karelinia caspia and tamarix ramosissima are driven by soil and groundwater properties in a hyper-arid desert ecosystem. frontiers in plant science, 13: 833869.
代表论著：
专利申请：
- [1] tianshan award by the government of xinjiang province, china (2021)[2] formal member of the global ecology unit (geu), creaf, spain (2022)[3] innovation contribution award by the xieg, cas (2021)[3] president’s international fellowship initiative award by the cas (2019)[5] cas-twas president’s fellowship by the cas (2015)[6] gold medal award by the government of kpk province, pakistan (2012)
