Review: Reshaping plant biology: Qualitative and quantitative descriptors for plant morphology

As automated phenotyping platforms are becoming prevalent, scientists increasingly need to be familiar with tools used to describe and model form and growth. Balduzzi et al. provide an overview of the key concepts used in quantifying and describing plant morphology. They point to the need for a common language that can be used seamlessly by  biologists and mathematicians, and begin by defining concepts such as shape, geometry and topology as well as the tools used in applying these concepts to plant morphology, as shown for leaf growth and root system architecture. The authors also show how organ morphology can be traced back to changes in cell growth and expansion, using sepals and hypocotyls as illustrations of this approach. This is a good article to help non-specialists and students appreciate the application of mathematical concepts to plant morphology. Front. Plant Sci. 10.3389/fpls.2017.00117

New Phytologist Tansley Medal finalists essays

The New Phytologist Tansley Medal is awarded to an early career scientist for excellence in plant science. The essays submitted by each of the five finalists are published in the March 2017 of New Phytologist, and make good reading. We agree with the sentiments of the editors, “warmest congratulations to all of the finalists, and we look forward to following their future careers.

Winner of the Tansley Medal:

  • Laliberté E. Below-ground frontiers in trait-based plant ecology. 1111/nph.14247

Finalists:

  • Barberon, M. The endodermis as a checkpoint for nutrients. 1111/nph.14140
  • Melnyk, C W. Connecting the plant vasculature to friend or foe. 1111/nph.14218
  • Salguero-Gómez , R. Applications of the fast–slow continuum and reproductive strategy framework of plant life histories. 1111/nph.14289
  • Schwessinger, B. Fundamental wheat stripe rust research in the 21st century. 1111/nph.14159

Browse The Hub – MSU resources to help graduate students build skills

The Hub – The Community of Minds, is the online presence of a group that meets weekly at Michigan State University (MSU), led by graduate student Bethany Huot. Browse the website for tons of useful information and resources about developing skills to help you navigate your career, from preparing for a postdoc interview to finding mentors.

Is your Professional Portrait a Picasso or a Da Vinci? (Bethany Huot)

Bethany Huot, founder and director of The COM (Community of Minds) / , writes about the six steps to managing your digital identity. What do prospective employers see when they search for you online (and yes, they do…). Maybe its time to refresh your online profile.

A Beginner’s Guide to Establishing a Professional Online Presence (Inside Higher Ed)

Lesley McCollum writes about why scientist need to establish their profession identity online, including a description of popular sites (e.g., Twitter, LinkedIn) and how to use them. In addition to following her advice, we’d recommend you set up and maintain your Google Scholar site and register for an ORCID, as these are two of the easiest ways for people (even those who don’t use social media) to see your research outputs. Read more…

Backyard Mystery, a free curriculum about pathogens

A free curriculum for grades 5 – 7

Download at http://ucbiotech.org/backyardmystery/

About Backyard Mystery

Backyard Mystery LogoBackyard Mystery is part of the STEMware™ project, “Collaborative Research Strategies: STEMware™ – Designing Immersive Biology Learning Simulations for Formal and Informal Settings”. The curriculum was developed by Dr. Peggy G. Lemaux and her assistant, Science Communication Specialist Ms. Barbara Alonso at the University of California, Berkeley. Dr. Jenne Stoanker at Stanford University has also helped in development of the curriculum.

How the Curriculum Works

This curriculum is intended for participants in grades 5-7. The curriculum adheres to National Science Education Standards in Life Sciences. Activities are organized for 8 to 20 participants. The curriculum features four different mysteries in the backyard, represented by four different panels.Backyard Mystery panels

For each panel, a subgroup of participants have to identify the problem – what doesn’t look “right”, i.e., wilting plants, a sick animal, a friend who looks ill and a dying fish.

The mystery challenge is to figure out what “culprit” or pathogen is responsible for the problem. Participants will be introduced to severalPaper activities “cool tools” that can be used to win pieces of a puzzle that will help them identify the mystery culprit. These tools can be explored with either hands-on or paper activities. Participants will also learn about what careers they could pursue related to curriculum content.

The curriculum is designed in two formats to accommodate different afterschool learning situations: Expanded and Combined.

It’s all in the touch: Plant Biology Curriculum for grades 5 – 8 (ages 10 – 13)

The All In the Touch curriculum was developed by Dr. Peggy G. Lemaux and her assistant, Science Communication Specialist Ms. Barbara Alonso at the University of California, Berkeley with funding from the American Society of Plant Biologists (http://aspb.org ). Dr. Cristina Reynaga-Pena also contributed to the initial development of the curriculum.

The objective of this curriculum is to encourage conceptual understanding of plant diversity, cell structure and function through tactile exploration of these topics. It has been recognized that human senses of touch, smell and taste are effective and meaningful ways of educational engagement. Focusing on a tactile approach to learning reinforces scientific concepts in a more relatable and durable way. The curriculum can be used in standard classrooms, afterschool programs and summer camps.

The lesson materials are free to download from http://ucbiotech.org/allinthetouch/about/index.html

Hunt for Plants in Your House

Help eradicate plant blindness as students explore the plants that comprise their indoor environent. This quick, classroom-ready page (PDF) is ideally suited for  middle grade students.

Plants are all around us. Plants are used for their fiber, oil and nutritional content. They help us have clean air and water, keep soil from eroding, and provide a habitat for many animals, birds and other organisms. What part do plants play in your life? Can you list things commonly found in home that are made from plants?

The back of the sheet lists some of the things made from plants in the home, from the rubber garden hose to the cotton towels.

Download the sheet here:

Hunt for Plants in Your House

Also in Spanish and Italian

Plantas en la casa

Piante nascoste