Plant Biology BEST

The University of California at Riverside's Plant Biology Graduate Program encourages broad-based study of plant biology and fosters communication across numerous research disciplines including molecular, cellular and developmental biology, genetics/genomics, bioinformatics, plant physiology, ecology and evolution. The breadth of research in our program affords unique interdisciplinary opportunities not readily afforded by programs with a more narrow research base. Our students are exposed to both applied and basic research approaches to contemporary and pressing regional, national and international problems in the plant sciences. Given the diversity of the Plant Biology faculty, the program seeks to develop students' abilities to communicate to broad audiences and appreciate the multi-disciplinary approaches to solving contemporary issues in the plant sciences. The primary objective of our program is to train scientists who are capable of teaching and conducting research in plant biology. MS and PhD programs of study are tailored to the interests and goals of individual students.

Plant Biology

The Plant Biology Graduate program ranks within the top in the world. Our program reflects the diverse expertise of its faculty and encompasses all areas of scholarship involving plant sciences. Our faculty and students are engaged in undergraduate and graduate instruction and mentorship, fundamental and applied research, and dissemination of research-based information and technologies within and beyond the academic and agricultural community. Plant Biology graduate students acquire a rigorous yet flexible academic training, research experiences with world renowned faculty, as well as professional development training to meet the current and future needs of our academic and research community.

PLBL currently offers both MS and PhD degrees in Plant Biology. Under the umbrella of these degrees, students pursue academic coursework and research training in an environment that simultaneously offers depth, breadth and interdisciplinary approaches in plant-related research including: agricultural plant biology; cell, molecular and developmental biology; chemical genomics; conservation biology; ecology; ethnobotany; evolution; genomics and bioinformatics; plant genetics; plant biochemistry and physiology; and systematics. PLBL students study plant processes at levels of inquiry ranging from molecules to the whole organism to ecosystems.

Fascinated by plants? Enjoy research? Want to make a difference in agriculture, health, biotechnology, the environment or industry? Plant biology might be the major for you. Plants are the primary source of food on the planet as well as important buffers against climate change. The plant biology major focuses on fundamental aspects of how plants function as organisms and interact with their environment.

The plant biology major consists of core biological sciences courses plus four plant-specific classes dealing with advanced aspects of plant biology such as physiology, development and anatomy. Two required electives and required independent research in a laboratory setting allow student to tailor their degrees. Because plants are a model system for research in molecular genetics, cell biology and biochemistry, plant biology is an excellent minor or second major for students in these fields.

Students explore yesterday, today and tomorrow, from the fossil records of flora from the past to how plants react to lack of gravity in space. They study plants at a molecular and genetic level and look for solutions to environmental sustainability.

The Purdue Center for Plant Biology (CPB) is an interdepartmental alliance of faculty who share an interest in basic plant biology research and are committed to enhancing graduate training in plant sciences. The focus of the Center is basic plant science, which we define as research that aims to provide a clearer understanding of processes that impact the biology of plants, irrespective of future application.

Systematists must have technical skills to extract information at all levels of inquiry (e.g., morphology, cytology, genetics, DNA sequences, organic chemistry, anatomy, ecology) and the theoretical background to interpret it correctly. Modern biological systematics integrates a diverse array of disciplines ranging from molecular, cell and developmental biology, to ecology and evolutionary biology. Data-gathering techniques include DNA sequencing, protein electrophoresis, electron and light microscopy, controlled growth experiments, and field studies of ecology and distribution. Analytical methods are computer intensive: hardware such as digitizing tablets and video cameras are used for automated description of morphology (morphometrics), multivariate statistics are used to describe and compare species and other taxa, numerical cladistic programs are used for phylogeny reconstruction.

Specialists are needed in all groups of plants, flowering plants as well as the less heavily studied algae, mosses, ferns and fungi (including lichens). This concentration is appropriate for students planning graduate studies in these areas. More immediate employment possibilities are in the National Park Service, state and natural heritage and endangered plant programs, private consulting firms, conservation organizations, botanic gardens, and herbaria. Systematic biology is a good way to indulge urges to travel, do science, and contribute to society, all at the same time.

You must take at least 1 full 400-level or higher biology 'Capstone' course or other approved capstone course. Independent study can count towards this requirement if it is a second semester continuation.

The plant sciences provide novel strategies, new technologies, and practical solutions or mitigations to some of the major global challenges that face future generations. The UVM Plant Biology Department provides research and education in the basic biology of plants at all levels of organization, from the molecule to the organism to the ecosystem. World problems addressed by plant biologists include natural-resource sustainability, food security, global climate change, renewable energy, and human health and well-being.

The University of Texas at Austin has earned an international reputation for excellence in research and teaching in the plant sciences. Current research areas are diverse and across the breadth of plant sciences. They include

Space Biology research helps us understand the fundamentals of plant growth by examining the very building blocks of plant life down to the molecular level: transcriptomics, genomics, proteomics, and metabolomics. To compare the effects of microgravity conditions on plants, we also conduct experiments on Earth using gravity or simulated microgravity ground controls at the Kennedy Space Center. We conduct our research on the ISS in conditions of microgravity to help us understand how to support astronauts aboard the ISS and on their long journey to Mars.

The Plant Biology Program offers Undergraduate and Graduate degrees for students interested in the scientific study of plants. The faculty maintains expertise in plant anatomy, biodiversity, conservation, ecology, evolution, morphology, phylogeny, physiology, phytochemistry, and systematics.

Plant Biology is the field of science dealing with the study of the form, function, development, genetics, diversity, reproduction, evolution, and uses of plants and their interactions with the biosphere. The B.S. and B.A. degrees in Plant Biology completely fulfill the undergraduate science requirements for medical and professional schools and provide students with a solid background in the modern principles and practices of plant biology, along with an area of specialization. Students choose from these areas: Plant cellular, molecular, and developmental biology; Plant genetics, breeding, and biotechnology; Ecology, evolution, and systematics; Plant pathology, nematology, and pest management.

Plant biologists work in biotechnology, medical, pharmaceutical, agricultural or energy industries; environmental protection, land management or agri-business; the USDA, National Park Service, and other state and national agencies; and public and private schools, colleges, and universities. A degree in plant biology is an excellent background for students wishing to enter graduate school and other professional schools such as education, pharmacy, medicine, law, or journalism.

Nothing compares to being immersed in a group of people sharing your professional interests. Come to Plant Biology 2023 for fresh ideas, new science, and most of all to refresh your connections in the plant science community.

The Journal of Plant Biology, an official publication of the Korean Society of Plant Biologists, is an international journal devoted to basic researches in biochemistry, cellular biology, development, ecology, genetics, molecular biology, physiology, and systematics of plants.

Majors selecting this sequence receive broad training in Plant Biology. This sequence is designed for students seeking jobs with industries, the government and nonprofit organizations working with plants.

The Interdepartmental Plant Biology (IPB), previously Interdepartmental Plant Physiology Major (IPPM), educates scientists in basic plant biology, including but not limiting to plant molecular biology, plant cell biology, plant physiology, and plant organismal biology and provides training in the most state of the art methods and technologies. Graduate study in IPB, leading to the M.S. and Ph.D. Degrees, is offered through eight participating departments: Agronomy, Biochemistry, Biophysics & Molecular Biology (BBMB), Chemical and Biological Engineering (CBE), Chemistry, Ecology, Evolution and Organismal Biology (EEOB), Genetics Development & Cell Biology (GDCB), Horticulture, and Plant Pathology.

The Plant Biology Graduate Group at UC Davis offers interdisciplinary training in plant biology. The vertical organization of research in the group allows students to study plants at levels of inquiry ranging from molecules to populations. Although research training is focused primarily on acquiring basic knowledge, a diverse plant science community on campus allows opportunities for exposure to and participation in research with applied goals. 041b061a72