理学学士和护理硕士-植物生产

在接下来的50年中，增加植物性食品和纤维产品的可持续生产是地球面临的巨大全球挑战之一。植物生产系统包括有关植物生长的基本遗传和生理法规，对土壤，水，养分，病虫害的生长的影响以及管理过程的影响。实现可持续工厂生产力的提高将取决于在生产系统的各个方面实施创新，同时更有效地利用资源并减少对环境的负面影响。该专业提供植物生物学，土壤科学，植物保护，可持续作物管理，自动化和精准农业方面的培训，使您能够为这一具有全球意义的变革做出贡献。
The combined Bachelor of Science and Master of Nursing program cultivates the critical thinking skills and breadth of the sciences alongside the expertise and experience to become a registered nurse. It provides a wide range of career opportunities across both clinical and non-clinical settings. As a science and nursing student, you will learn from our leading academics from across the sciences and healthcare disciplines. The Bachelor of Science emphasises fundamental principles and discovery research underpinned by critical analytical capabilities. You can major in one of many areas of science, with elective units allowing you the flexibility to explore different branches and interests. You will gain an understanding of the impact of nursing practice within local and global health contexts, and across changing healthcare systems. You can complete this combined degree program in four years of full-time study, after which you will graduate with two qualifications. Upon graduating will be eligible to apply for registration with the Nursing and Midwifery Board of Australia. With a diverse range of experience and expertise, you will be highly employable in both clinical and non-clinical settings. Ranked 15th globally by subject area, the University of Sydney is a world leader in nursing education and research. Our Faculty of Science is ranked in the top 50 in the world for natural science, and you will learn in our state-of-the-art facilities including the Sydney Nanoscience Hub and the Charles Perkins Centre, with its focus on obesity, diabetes and cardiovascular disease.<br><br>Increasing the sustainable production of plant food and fibre products over the next 50 years is one of the great global challenges facing the planet. The plant production system encompasses the basic genetic and physiological regulations on plant growth, the impact on growth of soil, water, nutrients, disease and pests and the influence of management processes. Achieving increased sustainable plant productivity will be dependent on implementing innovations across all aspects of the production system while more efficiently using resources and reducing negative impacts on the environment. This major provides training in plant biology, soil science, plant protection, sustainable crop management, automation and precision agriculture that will enable you to contribute to this globally important transformation.