Research Proposal Plant Physiology
Plant physiology is a branch of botany referring to the physiological processes as well as structures of plants. It involves analyses of processes such as photosynthesis, respiration, transpiration, transportation, development, and growth.
There are many potential research proposal questions that may be investigated by ecologists. These questions more often than not focus on the patterns, causes, and consequences of plant abundance and distribution. Often they will look at the reasons behind different patterns. Physiological research technologies help us understand how plant physiology changes with the environment. When we make a proposal we must include the following:
Background information in the form of a literature review.
Explanation of why the research is important.
The goals of the research and what it wants to achieve.
The hypotheses that will be investigated.
Background about the experimental plots.
Data regarding current plant abundances and distributions.
Details of the proposed experimental designs.
What results you expect.
References.
Current Research in Animal Physiology
An example of a recent research in animal physiology is the sloth bear denning project by wildlife SOS. It aims to use advanced scientific techniques to closely map the movement and reproductive physiology of denning bears. The study found that sloth bears can give birth to up to three cubs while a camera video trap showed the use of chemical communication techniques by the male bears to mark den sites. It also found that due to human activity, there have been changes in sloth bear behaviour.
Figure 3. Sloth Bear. StudySmarter originals
In 2014, the Concordat on Openness on animal research was developed in order to create a transparent approach to animal research. When possible, physiologists use in vitro (not in the living body and within an artificial environment) experimental approaches wherever possible as well as using the 3R's in research. These are:
- Replacement – Using non-animal methods to get the same result.
- Reduction – reducing the number of animals used.
- Refinement – Minimising adverse effects on animal welfare and maximising benefits of the research.
Physiological Research Impact Factor