Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specON ORE MINING AMENDED BY DIFFERENT LEVELS OFFERTILISER AS A SUBSTRATE FOR THE ESTABLISHMENTAND GROW TH OF THE NATIVE PLANT SPEC IES IN PILBARAREGION, WESTERN AUSTRALIA”BACHELOR THESISStudy Mode:Major:Faculty:Batch:Full-timeEnvironmental Science and ManagementInternational Programs OfficeK45-AEPThai Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specNguyen, 20/1Ỉ/2017Thai Nguyen University of Agriculture and ForestryDegree ProgramBachelor of Envừonmental Science and ManagementStudent NameMishel VaRehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
lery Valina RanadaStudent IDDTN1454290046Research Title"Rehabilitation potential of Coarse Rejects from Iron Ore Mining amended by Different Levels ofTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specEtten and MSc. Nguyen Till Thu HuongAs the degraded land expands along with the developments of mining industry, rehabilitation becomes a global priority. As a top producer of iron ore in Australia, the Pilbara region of Western Australia is now facing major problems such as the accumulation of mine Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec wastes including coarse rejects and the limiting source of topsoil which is crucial in mine rehabilitation. There are studies and rehabilitation straRehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
tegies that utilized several mine wastes including tailings, overburden and waste rocks. However, the potential of iron ore mining "coarse rejects" onTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spectial, constrained the mining companies to reuse the increasing piles of coarse rejects as a substitute to the declining source of topsoil. Consequently, this study aims to compare the seed germination, growth performances and survivorship of the three native plant species of Pilbara region in Wester Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specn Australia namely. Eucalyptus ieucophloia, Triodia pungens and Acacia tumida. Coarse rejects were confirmed to have the potential to act as a substraRehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
te for the revegetation of Pilbara plants. Coarse rejectsiisubstrates promoted the greatest seed germination for all the species. However, the study rTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specormances of all the native plant species in terms of leaf number, plant height and plant dry weight (biomass). Conversely, medium (15g) and high (45g) levels of fertiliser amendment caused detrimental effects to the plants. 1 he height and dry weight responses of E. ỉeucopMoia andptmgens species wer Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spece statistically proven to be significantly affected by different levels of fertiliser. On the other hand, there was no significant evidence that the gRehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
rowth performance of T. ptingens was affected by different levels of fertiliser.Keywords:coarse reject, rehabilitation, revegetation, mine waste, ironTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specod"- MWRI owe my deepest gratitude to my ever-supportive parents, ’“Mama" Valery and "Dadi” MisaeL and loving sisters. Marize and Mabeth. I wouldn't be able to achieve this success without your love and guidance. Thank you for always believing that "I can” especially in times that I doubt myself.Thi Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specs study wouldn’t be successful without the supervision of Dr. Eddie van Etten who guided me all throughout the research study. Your efforts to help meRehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
obtain a successfill research outcome are undeniably priceless. Likewise. I'm truly grateful to Ms. Nguyen Thi Thu Huong who undoubtedly helped and sTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specressful days of my research study.I would also like to extend my sincere appreciation to Edith Cowan University for welcoming us warmly, especially to Dr. Blake who even allotted his time to introduce some of the breathtaking places of Western Australia. It is also a pleasure to thank the mining com Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specpany who financially supported the expenses of this research experiment.My stay in Australia was made extra special because of the wonderful people whRehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec
o I’ve met and become my second family. Words can’t express how thankful I am and my whole family to Wong’s family (Chee. Mum Natalie, Hui Lee. IsabelTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIRO Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant specwith me in God’s path. Thanks for the memorable journey that I'll surely treasure for a lifetime.To Tito Jomar, Tita Janet. Ate Jen. Kuya Jean Marc, Ate Jona. Ate Noemi. Kuya John and Sammy, thank you very much for allowing me to experience what it’s like to be in the "most livable city in the world Rehabilitation potential of coarse rejects from iron ore mining amended by different levels of fertiliser as a substrate for the establishment and growth of the native plant spec”. I enjoyed every single hour of stay with you. guys! You all made my stay in Australia even special.THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIROTHAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYMISHEL VALERY VALINA RANADATOPIC TITLE:“REHABILITATION POTENTIAL OF COARSE REJECTS FROMIROGọi ngay
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