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How Has STEM Changed Evolution Today?

 

In December, I shared my Kenan lesson with my students. The video above gives an overview of the lesson.

 

 

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We started the “How Has STEM Changed Evolution Today?” unit with a seed germination lab to model selective breeding.

While we were waiting for our seeds to grow, the student completed an online simulation showing how genetically modified organisms are developed as well as two interactive games to review Punnett squares. The webquest activity was set up with videos and online interactive tools as well as built in stops to get a teacher stamp for completion of small sections. I liked the required teacher stamps because they allowed me to monitor the progress of each student.
When the seeds germinated, the students checked their germinated seeds and compared their outcomes with their Punnett square predictions. Many of their predictions were surprisingly accurate.  After the seed lab was completed, we moved onto new and developing technologies in the field of biotechnology. Our topics included: genetically modified pets, de-extinction projects, biomining, and GM foods. Everything that I had planned for this lesson took longer than I expected.   I had to change the online article reading to “speed dating the article.” I gave the students 15-20 minutes to read, look at videos, and observe infographics linked to the article. The students liked the idea of “speed dating” an article.   They also liked the multimedia connections to each article.  The responses in the video show the group responses to two of the topics that were covered.

 

 

 

Highlight of my week at NCCAT

The week at NCCAT was wonderful. It was packed with information and I now have many things I want to use with my students. I cannot wait to try “Remind” (http://remind.com) to text my students and parents. This will be a great resources to use when we are going on field trips or when I just need to send out a project reminder.

Eric Rowles’ presentation was one of the highlights of the week. Eric provided several interesting examples of how I can use technology with students. I was especially intrigued by the “Miranda” activity to show students how images/posts are difficult to remove from the internet.

The rafting trip, which included the cultural and ecological tour, was another highlight of the week. It was a wonderful way to get to know the other Kenan Fellows. I felt so much more relaxed after the rafting trip and better able to collaborate with the other Kenan fellows. It reminded me how important it is to bridge my classrooms to the outdoors.

The whole week at NCCAT was fantastic. I arrived nervous and apprehensive and left feeling confident about what it means to be a Kenan Fellow. I feel like I have an incredible network of teachers that I can use for support as I work with my students and other teaching professionals.

What do you hope to gain from this Kenan Fellows Program experience?

I think that the Kenan Program experience will help me develop as a profession and a leader.  Today’s workshops were excellent and have inspired me to try several new things such as TXTSignal, foursquare, and Ning to improve my communications with students and develop engaging lessons. I know that the other Kenan fellows will continue to be a valuable resource for me throughout my teaching career.

First Meeting For “The Genetics of Pest Control”

I met with Dr Fred Gould and Dr. Jennifer Kuzma on Friday, June 13.  I am fortunate to work with such great people.  I feel excited and a little overwhelmed.   I am eager to see Dr Gould’s lab on Monday.

Frankenstein's Cat

Dr Jennifer Kuzma suggested that I start reading, Frankenstein’s Cat, Cuddling up to Biotech’s Brave New Beasts by Emily Anthes.  It is a fascinating read.  I was surprised with how far we have come in using animals to develop pharmaceuticals.

Dr Fred Gould also mentioned that I might be interested in metagenomics since I have been monitoring water quality with my 8th grade class for many years.  Metagenomics is a survey of genes found in the environment without having to culture the organisms found in the environment.  I would focus on microorganisms in a body of water. From the survey of the genomes you can determine the quality of water.  I need to read more on this topic to understand how I could use this with my students.