Individuals who enjoy working with plants and crops and who hope to discover new ways to feed a growing world population may be interested in earning a Master of Science in Plant Sciences.
So you might be wondering, what is an MSc in Plant Sciences? This advanced degree covers the study of plant breeding and genetics. The program includes aspects of biochemistry, biotechnology and molecular biology and how they pertain to the growth and development of farming and crops. With this education, students can work to help control pests and weeds, improve crop health and growth, and even research agricultural products in search of alternative fuel methods.
Earning a Master of Science in Plant Sciences can be beneficial for graduates as they can help maintain the nation’s food supply by developing new and innovative ways of agricultural production while also studying the nutritional value and safe harvest of seeds, crops and plants.
The cost to earn an MSc in Plant Sciences can vary depending on the institution of learning and their courses offered. Interested students should contact a university directly to find out their specific tuition costs and fees.
With a master’s degree in plant sciences, graduates can find work in a variety of environments. Many students work in laboratories, universities and horticulture, or with environmental agencies. There are also many government organizations that require an advanced plant sciences degree for certain jobs, such as the Forestry Service, the USDA, botanical gardens or even the Peace Corps. Graduates can also find employment teaching, researching, or managing forests and other natural resources.
Pursuing a Master of Science in Plant Sciences can ensure better employment opportunities in an inventive work environment. Many schools also offer online courses so students can take classes that fit their busy schedules even if there isn’t a college nearby. If you would like to get started on your advanced plant sciences degree, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
University of Edinburgh - School of Biological Sciences
Changing demographics and growing demand for food, fuel and agricultural and environmental sustainability are among the key challenges the world faces today.
The understanding of plant diversity and resources has never been more important. As we face the unprecedented challenges of climate change and environmental degradation, effective environmental surveillance and conservation depend upon detailed knowledge of plants and their habitats.
This programme is run jointly by the University and the world-renowned Royal Botanic Garden Edinburgh (RBGE). The RBGE is home to one of the world’s best living collections of plants (15,000 species across four sites, amounting to five per cent of known world species), a herbarium of three million preserved specimens and one of the UK’s most comprehensive botanical libraries....
A graduate of Master study program Botany and Plant Physiology will obtain a widespread foundation of theoretical knowledge in Plant Biology. He or she will also receive
A graduate of Master study program Botany and Plant Physiology will obtain a widespread foundation of theoretical knowledge in Plant Biology. He or she will also receive training in research methodology (developing of experimental design in the field and in laboratory settings, field work, biotechnology, analytical methods – karyotyping, chemical analysis of plants, enzymology, and others).
A graduate will experience research result presentation at the scientific meetings and in the publications. He or she will be able to continue education at the Ph.D. level in the field of Botany, Plant Physiology and similar fields. He or she can be employed in the laboratories at the universities, research institutes, agricultural companies or environmental protection agencies....
Developed by researchers and staff with experience in international horticulture and agriculture, our MSc Applied Plant Science will develop your knowledge and practical
Why this MSc?
See our page at http://www.nri.org/study-with-us/postgraduate/msc-applied-plant-science
Experts in plant sciences are increasingly needed by businesses worldwide, in research and innovation, in governments and agencies. This degree programme will give you:
• Broad research- and business-led course content
• The opportunity to undertake a research project relevant to your own interests and career
• A route to study the full MSc in one year, or individual courses for continuing professional development
You will be taught by staff who have extensive experience working in and applying plant science, in commerce, industry, and governance. You will undertake field trips and external research placements which will provide you with practical experience and employment opportunities....
breeding selected horticultural crops,
seed production and processing of vegetables and flowers,
routine and advanced methods of seed quality tests
use of seeds in other areas of Horticulture,
seed marketing and company management.
ABOUT THE COURSEThe course lasts 3 semesters (1.5 years) and costs 3600 Euro.The course comprises 830 hours of lectures, classes, seminars, field trips and seed company visits. The studies, besides intellectual adventure, give you an excellent chance to develop your career and visit Europe. Carried out since 1995 and resulted in almost 80 graduates, of which 6 had continued their careers in Ph.D. studies, they provide you with good bases for further promotion in your professional life.The course includes selecting an MSc research project following the student’s individual interests. It is carried out at various departments of our University, Institutes of Polish Academy of Sciences (for Plant Genetics and Dendrology), Department of Botany of the University of Adam Mickiewicz and other research units. Some MSc research projects are also carried out in the Polish plant breeding and seed production seed companies. The course’s curriculum and individual syllabi have been regularly updated according to a suggestion from the seed industry. More than 10 visits and study tours in seed companies in Poland, France, and Italy (paid additionally by students) complete the course. The...
The two-year track Green Life Sciences in the Biological Sciences Master’s programme is a research-oriented programme that focuses on studying plants and their interactio
The two-year track Green Life Sciences in the Biological Sciences Master’s programme is a research-oriented programme that focuses on studying plants and their interactions with the environment at the molecular level. The study programme gives you the opportunity to combine fundamental and applied training in molecular biology, chemical ecology, ecogenomics, biotechnology, plant breeding, phytopathology, pest control, cell and population biology. This enables you to develop an integrated view of the functioning of plants and to gain skills required for modern research.
Is Green Life Sciences at the UvA the study for you?
It is, if you:
are interested in how organisms function at a genetic, biochemical and cellular level and how this translates to their ecology, evolution and usage.
want to learn how plants cope with abiotic stress such as drought or high salt levels in the soil, which is an increasing problem in agriculture.
want to investigate how pathogens and plagues (insects, mites) affect the plants’ immune system.
want to study how outbreaks of pests can be predicted and circumvented, and how natural enemies can be used for pest control.
want to research the underlying mechanisms that lead to an enormous diversity of inflorescence and flower architectures in nature, which is in sharp contrast with the high conservation of gene and genome sequences.
are interested in the role of epigenetic mechanisms and chromatin structure in gene/genome regulation.
want to become an independent researcher by taking part in internships with internationally renowned scientists.
have the ambition to get down to...
Plant and Soil Science includes the study of plant genetics, breeding, biotechnology, molecular biology, physiology, biochemistry, weed control, and crop management as ap
Master of Science in Plant and Soil Science
Plant and Soil Science includes the study of plant genetics, breeding, biotechnology, molecular biology, physiology, biochemistry, weed control, and crop management as applied to the efficient and economical production of field crops. Texas Tech University's online Master of Science in Plant and Soil Science allows students to study how to use and manage the application of biological, chemical and physical sciences with regard to natural and human-affected environments.
36 credit hour minimum, non-thesis degree program
Coursework is completed online.
Examination required during the graduating semester.
Prerequisite: bachelor's degree
Students are not required to enroll in a certain number of courses each semester, so completion time varies by individual. Learn more about the difference between part-time and full-time Student status.
Semester-based courses align with the Academic Calendar of Texas Tech University. New students may enroll at the beginning of any one of the four semesters throughout the year.
Specialization areas include:
Fibers and Biopolymers
If you are interested in plant biology, evolution and biodiversity, this is the Master's programme for you. You will gain knowledge and understanding of how plants functi
Plants use intricate systems for growth, development, transport and metabolism to cope with adverse environmental conditions, but also have considerable capacity to adapt genetically to both biotic and abiotic factors. An understanding of the mechanisms that underlie these features is of fundamental importance for all biological disciplines. This is the subject for you if you are interested in plant biology, evolution and biodiversity.
You will gain knowledge and understanding of how plants function at different levels of an organisation, from the molecular to the eco-physiological level. You will gain knowledge of the methodology used in plant biological work and in research into physiological, molecular and cell biological issues. You will learn about the mechanisms that are involved in the evolution of new plant species and the factors that control plant diversity and the distribution of plant species. You will come to understand the way in which mating systems and population structure influence gene flow and genetic diversity in plants. You will study how plants interact with other organisms and their ability to adapt to environmental change. You will be given a scientifically-based perspective to the conservation biology of plants and gain practical experience of ecological methodology. Field trips and laboratory work are integrated parts of many courses in this study programme....
The global demand for plant-derived products such as feed and food is increasing dramatically, as illustrated by the recent doubling of the price of most commodity crops.
The global demand for plant-derived products such as feed and food is increasing dramatically, as illustrated by the recent doubling of the price of most commodity crops. How can we deal with these exponentially growing demands for food, feed, and bio-energy? How can we cope with the fact that we will have to produce more food on less arable land, under environmentally more challenging conditions? These are just a few questions to be solved by the modern plant biotechnology.
The training in plant biotechnology is embedded in an environment of top science and industrial entrepreneurship where translational research enables the transfer of knowledge from plant models to crops. If you choose to study at Ghent University, you will be studying at the largest Agro-Biotech Campus in Europe....
Life on Earth depends on solar energy captured by plants - they are the base of most food webs and underpin the functioning of all major ecosystems. Plants release the ox
How can plants help us cope with global challenges?
Life on Earth depends on solar energy captured by plants - they are the base of most food webs and underpin the functioning of all major ecosystems. Plants release the oxygen we breathe. They convert solar energy into chemical energy, providing us with food, fibres, renewable energy sources, and raw materials for many industries. Plants do not carry out these processes in isolation. They interact with other organisms and the physical and chemical environment, communicate and actively adjust to their circumstances. How do they do these things and how can we profit from understanding them? When you have graduated from the Master’s Program in Plant Biology at the University of Helsinki you will have the answers to these big questions, and more....
MEDfOR is a two-year world-class Master Course Program that answers a call for a coordinated approach throughout the Mediterranean basin to develop reliable information a
MEDfOR - MEDITERRANEAN FORESTRY AND NATURAL RESOURCES MANAGEMENT
MEDfOR is a two-year world-class International Master Program focuses on the integrating theme of sustainability in Mediterranean forests and woodlands, which cover over 9 % of the Mediterranean region’s land area. MEDfOR address topics that are specific to the Mediterranean forestry and that require special attention such as:
forest as a unique world heritage,
forest management and conservation and
forestry role in the welfare of the Mediterranean communities.
MEDfOR is a two-year world-class International Master Program focuses on the integrating theme of sustainability in Mediterranean forests and woodlands, which cover over 9 % of the Mediterranean region’s land area, to address topics that are specific to the Mediterranean forestry and that require special attention such as forest as a unique world heritage, forest management and conservation and forestry role in the welfare of the Mediterranean communities....
To grow the next generation of scientists in plant protection BOOST meets requirements in eco-friendly plant production technologies by producing the next generation of s
To grow the next generation of scientists in plant protection BOOST meets requirements in eco-friendly plant production technologies by producing the next generation of scientists and professionals in plant health.
Degree: Master of Science (MSc)
FI (initial training)/FC (executive training)/FP (continued training)
Duration: 2 years
Location: Sophia Antipolis/Institut Sophia Agrobiotech
Implementation of eco-friendly plant production technologies, minimizing the hazards and risks to human health and the environment, is a major challenge worldwide. This challenge is faced by all economic sectors producing or using plants: agriculture, agri-food, cosmetics, Pharmaceutics.
Track taught in English
Immersion of students within internationally recognized laboratories and R&D centers.
Customizable training thanks to mentored professional teamwork projects and internships.
Are you interested in agriculture and horticulture, ecological agriculture or plant biology and the effect of climate and environment on growth and quality? Health aspect
Are you interested in agriculture and horticulture, ecological agriculture or plant biology and the effect of climate and environment on growth and quality? Health aspects of plants and food?
What can you use this qualification for?
Work opportunities include managerial positions in environment or agriculture.You will be qualified for governmental, communal or private sectors as a manager, adviser/consultant, PhD-student, researcher, lecturer (with pedagogic). You can work internationally, in UN organizations like FAO, and NORAD.
What will you learn?
Students will learn about flowers, fruits, berries, vegetables, and cereal. Understanding of plants function, and how the environment and climate effects on their functions. Genetics and molecular methods. Plant health and plant protection....