This multidisciplinary course aims to increase knowledge, facilitate learning and strengthen the generic and applied skills necessary for a career in the biodiversity and conservation sector. The course considers the international, regional and national biodiversity conservation frameworks plus concepts and principles of how to design, manage and implement conservation strategies for threatened species and ecosystems. The course is specifically designed for students wishing to do a Masters Degree but is also suitable for those that are interested in climate change or furthering their general biodiversity conservation/ environmental science knowledge.
This multidisciplinary course aims to increase knowledge, facilitate learning and strengthen the generic and applied skills necessary for a career in the biodiversity and conservation sector. The course considers the international, regional and national biodiversity conservation frameworks plus concepts and principles of how to design, manage and implement conservation strategies for threatened species and ecosystems. The course is specifically designed for students wishing to do a Masters Degree but is also suitable for those that are interested in climate change or furthering their general biodiversity conservation/ environmental science knowledge.
This multidisciplinary course aims to increase knowledge, facilitate learning and strengthen the generic and applied skills necessary for a career in the biodiversity and conservation sector. The course considers the international, regional and national biodiversity conservation frameworks plus concepts and principles of how to design, manage and implement conservation strategies for threatened species and ecosystems. The course is specifically designed for students wishing to do a Masters Degree but is also suitable for those that are interested in climate change or furthering their general biodiversity conservation/ environmental science knowledge.
BIF02 together with BIF03 is designed to provide the student with a broad appreciation of some of the fundamental concepts of biology. It moves from the evolution of early life, through basic genetics as applied to individuals and populations; to the consideration of form and function in a diversity of plants and animals.
BIF02 together with BIF03 is designed to provide the student with a broad appreciation of some of the fundamental concepts of biology. It moves from the evolution of early life, through basic genetics as applied to individuals and populations; to the consideration of form and function in a diversity of plants and animals.
BIF02 together with BIF03 is designed to provide the student with a broad appreciation of some of the fundamental concepts of biology. It moves from the evolution of early life, through basic genetics as applied to individuals and populations; to the consideration of form and function in a diversity of plants and animals.
BIP02 is designed to provide the student with a broad appreciation of some of the fundamental concepts of biology. The emphasis of this course is on ecology, cell and molecular biology and genetics and heredity. It moves from classification of organisms to their adaptations and biological communities. From cell structure and function we discuss their roles of DNA and RNA and sex determination in humans.
BIP02 is designed to provide the student with a broad appreciation of some of the fundamental concepts of biology. The emphasis of this course is on ecology, cell and molecular biology and genetics and heredity. It moves from classification of organisms to their adaptations and biological communities. From cell structure and function we discuss their roles of DNA and RNA and sex determination in humans.
BIP02 is designed to provide the student with a broad appreciation of some of the fundamental concepts of biology. The emphasis of this course is on ecology, cell and molecular biology and genetics and heredity. It moves from classification of organisms to their adaptations and biological communities. From cell structure and function we discuss their roles of DNA and RNA and sex determination in humans.
The course provides advanced coverage of the concepts and techniques of quantitative analysis. It builds on the basic principles covered in undergraduate chemistry courses. The topics to be covered includes accuracy, precision, error propagation and statistical analysis of results, gravimetric, procedures, redox equilibria and applications, complexation equilibria and applications, non-aqueous media procedure, separation processes, master variable diagrams and some electrochemical methods used in quantitative analysis.
The course provides advanced coverage of the concepts and techniques of quantitative analysis. It builds on the basic principles covered in undergraduate chemistry courses. The topics to be covered includes accuracy, precision, error propagation and statistical analysis of results, gravimetric, procedures, redox equilibria and applications, complexation equilibria and applications, non-aqueous media procedure, separation processes, master variable diagrams and some electrochemical methods used in quantitative analysis.
CHF02 introduces the fundamental principles of general chemistry and shows how they are applied to a variety of themes and topics. The unit subsequently develops the major concepts in physical and inorganic chemistry that are required for studying higher level chemistry. The major focus of this course is on stoichiometry, measurements and uncertainty, electron configuration and the periodic table, chemical bonding and intermolecular force, trends and properties of selected groups and periods in the periodic table.
CHF02 introduces the fundamental principles of general chemistry and shows how they are applied to a variety of themes and topics. The unit subsequently develops the major concepts in physical and inorganic chemistry that are required for studying higher level chemistry. The major focus of this course is on stoichiometry, measurements and uncertainty, electron configuration and the periodic table, chemical bonding and intermolecular force, trends and properties of selected groups and periods in the periodic table.
CHF02 introduces the fundamental principles of general chemistry and shows how they are applied to a variety of themes and topics. The unit subsequently develops the major concepts in physical and inorganic chemistry that are required for studying higher level chemistry. The major focus of this course is on stoichiometry, measurements and uncertainty, electron configuration and the periodic table, chemical bonding and intermolecular force, trends and properties of selected groups and periods in the periodic table.
CHF02 introduces the fundamental principles of general chemistry and shows how they are applied to a variety of themes and topics. The unit subsequently develops the major concepts in physical and inorganic chemistry that are required for studying higher level chemistry. The major focus of this course is on stoichiometry, measurements and uncertainty, electron configuration and the periodic table, chemical bonding and intermolecular force, trends and properties of selected groups and periods in the periodic table.
CHF02 introduces the fundamental principles of general chemistry and shows how they are applied to a variety of themes and topics. The unit subsequently develops the major concepts in physical and inorganic chemistry that are required for studying higher level chemistry. The major focus of this course is on stoichiometry, measurements and uncertainty, electron configuration and the periodic table, chemical bonding and intermolecular force, trends and properties of selected groups and periods in the periodic table.
CHF02 introduces the fundamental principles of general chemistry and shows how they are applied to a variety of themes and topics. The unit subsequently develops the major concepts in physical and inorganic chemistry that are required for studying higher level chemistry. The major focus of this course is on stoichiometry, measurements and uncertainty, electron configuration and the periodic table, chemical bonding and intermolecular force, trends and properties of selected groups and periods in the periodic table.