Kandis
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Viewing 18 posts - 1 through 18 (of 18 total)
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KandisParticipantI liked how you would involve students in creating the rubric. This would give them input and a true understanding of what the teacher is looking to asses.in reply to: Sharing Student Projects #727080
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KandisParticipantI was thinking through looking at the rubrics, that none of them allowed for anecdotal notes or comments, it was really hard for me not to comment on things I liked and what could use improvement. As a 4-H educator we are all about the process and judging youth based on their years of experience in the project area and what they have learned through out the process. Youth all have different learning abilities and I think it is very important to have meetings throughout the process to check understanding, this is a great way to ensure youth truly have an understanding of the topic and can make changes if necessary along the way. I also think it is important to allow for a large variation of reporting, letting youth choose the best way to showcase their results. If the assessment is based on whether their is understanding of a topic or the understanding of scientific method then trying to take down all other barriers is important. Give youth as many opportunities as possible to show what they are learning.in reply to: Sharing Student Projects #727079
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KandisParticipantWhen I am asked into a classroom or an afterschool program I have limited time with youth. One program that I teach is called Bloxels, it is a video game designing program that uses pixel blocks for youth to create characters, background, layouts and animations. They can choose their video game topic, sometimes it is a book they have read or something they learned in school or a topic of their passion. After they pick the topic, sometimes they need to research it more to make sure that their games showcase their topic accurately. In one instance I was able to bring the kids on a field trip to talk to game designers, they learned that all types of majors are important to game designing and the importance of being accurate so they can sell their games. And then youth have to play each other's games and give feedback. I feel like this is the closest I come to teaching an inquiry based program but feel it is more structured or guided inquiry depending on the support the student needs.in reply to: Assessing Investigations – Classroom Case Study #727028
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KandisParticipantI looked into CoCoRaHS for a citizen science project, as a 4-H educator we have strong ties to the agricultural industry. This year was an interesting one for our farmers, as New York was in a stage 2 drought and continues to be abnormally dry. Many of our older teens are interested in helping their parents to continue farming and weather is very important. I think that using CoCoRaHS, which is available for anyone to use their data would be a great way for youth to get involved in learning more about weather and the impacts it will have on their crops.in reply to: Data Literacy Through Citizen Science #725504
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KandisParticipantI believe that students are great at asking questions that they want a simple answer to. When out in the field with youth I tend to throw questions back at them or ask how can you find that out instead of giving them the answer and then throwing in "why do you think that you say that animal or plant in this habitat." Most of the time in the classroom prior to field work, is giving youth tools they can use while outside, youth are encouraged to bring their notebooks with them to write down questions they have, take samples of species that they find interesting and want to know more about to encourage further investigation. I mentioned in one of my earlier post, that I always have the last meeting day as the field day at a local preserve, I think it would be interesting to reverse the outline of the program and have youth go outside first and then spend the next 4 weeks (4 hours) investigating things they saw or want to know more about.in reply to: Launching Investigations #724421
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KandisParticipantTry Merlin Bird ID- By Cornell Lab of Ornithology to help with identification. You answer 5 short easy questions about what you saw and Merlin will offer suggestions on identification including detailed pictures, sounds and range maps. If you have youth work in pairs, both apps could be opened at the same time and it may help with remembering observations, because we know birds are sometimes in and out fast.in reply to: Symbiosis in the Soil – Classroom Case Study #723003
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KandisParticipantMerlin Bird ID- By Cornell Lab of Ornithology can help with identification. I have not used in a while but you answer 5 short easy questions about what you saw and Merlin will offer suggestions on identification including detailed pictures, sounds and range maps. This might be helpful and a good way for kids to choose birds they do not know instead of skipping over them. Kandisin reply to: Symbiosis in the Soil – Classroom Case Study #723002
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KandisParticipantiNaturalist is a joint initiative of the California Academy of Sciences and National Geographic Society. iNaturalist can help you identify almost anything you can find in nature. But as I researched further within the site and read the teachers guide, I think the SEEK part of the app would be more beneficial for beginners using this application. It is an easy to use app, and if limited on devices youth could take pictures on 1 or two devices and later share them to the app via computer. I know when teaching having devices and connectivity is always an issue. It includes birds, plants, mammals, reptiles, amphibians, insects etc. It is part social media, part science tool. Users submit observations to a community of scientists and naturalists who can assist with identification. iNaturalist itself will generate accurate suggestions of your observations which can then be verified by the community. You can include as little or as much information as you have making it very user friendly. If all you know is that you are seeing a plant that is what you can say. If you know the plant is a tree you can include that and if you know the tree is an evergreen you can include that as well. iNaturalist is designed to meet users where they are and builds a sense of community sharing. Introducing kids to this application would allow them to continue learning on their own time, allowing them to continue to ask questions because they have a tool to help them find answers. It also is perfect for all grade levels, teaching youth k-12 can be difficult because you are always thinking of ways to meet all your students’ needs, this tool is so easy that anyone can use it! Things to remember: Teachers working with younger kids need to keep in mind that the Children's Online Privacy Protection Act of 1998 means we can't allow people under the age of 13 in the United States to create accounts without parental approval. You can have all youth put in the same location if you are collecting data around a certain area and that will help users sort other’s projects.in reply to: Symbiosis in the Soil – Classroom Case Study #722924
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KandisParticipantOne of the after-school programs that I offer is for 5 and 6 grade students. The program is broken up into 4 in-school sessions and 1 day in the field. The 4 sessions are teaching youth how to use a plant identification book, looking at animal skins, scats and prints, identifying parts of a flower by dissecting it and identifying trees during different times of the year. The field day is spent at a local nature preserve called the Dwass Kill and Usher’s Road State Forest, we invite local scientists to help students along the way and talk about their research. Students can observe the hemlock forests and how that is different to the Deciduous Forest, find signs of animals being present in the forest, find new plants to identify and much more. Students start a notebook in school that they carry with them, along with a pencil and hand lens on the field trip. I would agree that getting the youth outside is where the real questions begin to form and concepts that they have learned in school start to make more sense. Kids work together to identify what they are seeing and hearing, they begin asking real scientist thoughtful questions about their findings. They make drawings, take leaf imprints, and write questions down to look into when they return to school. I wonder what this program would look like reversed, the field trip first and then giving youth 4 weeks to do research on what they found interesting and had more questions about.in reply to: Supporting Open-ended Questions #722893
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KandisParticipantThank you for the suggestion on the book, love connecting books to activities!in reply to: Encouraging Observations #722892
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KandisParticipantSound maps are a great tool to use with kids and adults alike. Not only does it help with observation skills but we all need to take a moment to take the time to focus on what we have and what is around us, instead on focusing on where we are going or what we need to do next. Emotional Health and mindfulness are an ever-growing topics. If we can get youth to slow down, gain a better sense of the world around them and pay attention to small details; and maybe ask them how they feel at that moment we will be teaching youth life skills they need to be successful. Does taking a break to be present help you feel calmer, relaxed? Sound maps are also a great way to get youth to observe and just be present in their surroundings. A jump for a more in-depth conversation later with youth making predictions, asking questions and following with open inquiry learning opportunities. I also like the idea of “sit-spots.” A sit spot is an outdoor place that you spend at least 5 minutes while observing everything around you. When you choose a sit spot you want it to be easy to visit, free of distractions, comfortable and close to things that you want to observe. Encourage youth to use their senses to observe and write in a journal about their observations to make inferences on changes they see overtime. Look for movement. What animals do you see, what are they doing? What did you hear in your sit spot? Do animals notice you? Do they get more comfortable with your presence? What can you touch around you? Are certain plants softer when they are young? Do the mosses, rocks, trees and plants feel different when they are wet or dry? Does the sun feel good on your neck today? Can you smell anything? If so, can you find it? Can you identify it? Using a sit spot gently encourages us to be mindful of our surrounds and to appreciate ALL of the things that are happening around us. They help us to pause in our daily routine and to make sense of our natural surroundings while relying only on our own senses. Sit spots encourage critical thinking, independence and self-reliance while also getting us outside! Week 2 Sound maps are a great tool to use with kids and adults alike. Not only does it help with observation skills but we all need to take a moment to take the time to focus on what we have and what is around us, instead on focusing on where we are going or what we need to do next. Emotional Health and mindfulness are an ever-growing topics. If we can get youth to slow down, gain a better sense of the world around them and pay attention to small details; and maybe ask them how they feel at that moment we will be teaching youth life skills they need to be successful. Does taking a break to be present help you feel calmer, relaxed? Sound maps are also a great way to get youth to observe and just be present in their surroundings. A jump for a more in-depth conversation later with youth making predictions, asking questions and following with open inquiry learning opportunities. I also like the idea of “sit-spots.” A sit spot is an outdoor place that you spend at least 5 minutes while observing everything around you. When you choose a sit spot you want it to be easy to visit, free of distractions, comfortable and close to things that you want to observe. Encourage youth to use their senses to observe and write in a journal about their observations to make inferences on changes they see overtime. Look for movement. What animals do you see, what are they doing? What did you hear in your sit spot? Do animals notice you? Do they get more comfortable with your presence? What can you touch around you? Are certain plants softer when they are young? Do the mosses, rocks, trees and plants feel different when they are wet or dry? Does the sun feel good on your neck today? Can you smell anything? If so, can you find it? Can you identify it? Using a sit spot gently encourages us to be mindful of our surrounds and to appreciate ALL of the things that are happening around us. They help us to pause in our daily routine and to make sense of our natural surroundings while relying only on our own senses. Sit spots encourage critical thinking, independence and self-reliance while also getting us outside!in reply to: Encouraging Observations #722889
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KandisParticipantIntentional! That word is so important while teaching, asking intentional questions, setting up intentional outcomes!in reply to: Linking Citizen Science & Inquiry #720059
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KandisParticipantThanks for the suggestion, we always want to do so much but as you pointed out we need to know our ecosystem and the correct timing to do science to make it meaningful!in reply to: Intro to Citizen Science #720058
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KandisParticipantI think the most important thing to engage youth in Citizen Science is allowing youth to take the lead and internalizing the need for their research, allowing them to have time to go off track and ask more questions in an open inquiry setting. In college I was taught the use of KWL charts, What you Know, What you Want to Know and What you Learned, as a way of assessment and youth taking a lead on their own learning; this closely relates to the “I Wonder” statements being discussed. I love the idea of asking kids to observe their I Wonder statements and brainstorming questions. I would use this as a group opportunity, let youth ask questions about the statements they see displayed, helping each other frame the questions as most effective for conducting an experiment. This would allow youth that have trouble with coming up with their own research question to reflect on their statements in a positive learning environment. After brainstorming questions, allowing time for youth to explore articles and other research being done on the topic, bringing in real-world examples and making connections to other scientist. I also like the idea of peer reviewing, this allows for youth to see and reflect on other’s work adding to their repertoire of ideas and concepts while giving others constructive feedback and ideas to consider. Likewise, it is important for youth to have a purpose for their research, whether they create a science project from the data they collect, create a podcast or submit their findings to the BlueSleuth Investigator Magazine, giving youth a connection to a real-world will help instill the importance of science and how they can contribute or even make a difference. This way of teaching is not only allowing youth to gain knowledge about a topic of their choice but it is teaching youth how to become life-long learners, teaching them to ask questions and use non-biased researched based articles to seek answers.in reply to: Linking Citizen Science & Inquiry #719716
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KandisParticipantThe three teaching practices that UC Davis recommends are a great framework to teaching citizen science. Positioning Youth as people who do Science as the first suggestion needs to be taught at an early age, youth need to see themselves as able to do science, make personal connections to science, find the interconnectedness of the community in which they live. Getting youth engaged in science at a young age will allow them to see that they can in fact do science, and it is fun. “Think Globally and Act Locally,” a quote one of my colleagues uses frequently. Framing the Work Globally and Locally, stepping up the open-ended critical questions with how this data they are collecting can be used, why is it important, how can they make a difference locally that will play a larger role. This gives youth an understanding on how they can make a difference, doing science for the larger good. Allowing them to take responsibility for their community, creating understandings on how things work together to create the beautiful world in which we live. Finally, Attend to the Unexpected, as the last recommendation to teaching science allows youth to take on more of an inquiry based approach to learning. Giving students time to ask questions and research why something may have happened during their research. This allows youth to take charge of their learning, finding out things that matter to them, making more of a personal connection. The three teaching practices show the stepping stones to inquiry-based learning using three steps instead of four as mentioned in The Many Levels of Inquiry, by Heather Banchi and Randy Bell. I see, Positioning Youth as People who do Science as aligning with the confirmation and structured inquiry levels mentioned by Banchi and Bell, where youth are given the question, procedure and possibly the conclusion. Work Globally and Locally as a guided inquiry approach where youth are allowed time to think about how their findings effect the world in which we live. Finally, Attend to the Unexpected as open inquiry allowing students to ask questions and have time to research their “I wonder statements.”in reply to: Citizen Science in Your Classroom #719697
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KandisParticipantWith my position I try as much as possible to link youth to Cornell University and the research happening. I have had youth in Rensselaer County participate in citizen science projects such as helping monitor the black cutworm and armyworm as part of our NYS IPM insect trapping network with Agronomist, Aaron Gabriel. I have a teen working on The Effects of a Nitrogen Strip on a Field with the NMSP team at Cornell University, headed by Professor Quirine Ketterings He has been cleaning harvest yield data from the past 4 years this last winter in order to find an area that is classified as a stable low yield area. This spring he will plant corn on those fields and implement the nitrogen strip so that it helps the stable low yield areas while not losing any productivity of the stable high yield areas and reduce waste and runoff by applying it in this fashion. He will gather results throughout the growing season and harvest. iNaturalist- we have set up an account to work with our Environmental Center (Dyken Pond) so that youth and adults can track their findings while out exploring and ask questions along the way. We have tracked 9spotted lady bugs in the past with the Lost Lady Bug Project. Collected soil for Susan Hoskins, for the Institute for Resource Information Sciences, Soil and Crop Sciences, School of Integrative Plant Science. Most of these projects are a one time opportunity that was suggested through the Cooperative Extension System. I am excited to learn more about the ongoing programs available.in reply to: Intro to Citizen Science #719680
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KandisParticipantAs a 4-H educator, time is my worse enemy. I am usually invited into a classroom or after school program for an hour, sometimes it is reoccurring; so often I use confirmation, structured and rarely guided inquiry in my lessons. Most of my time is spent with elementary aged youth. A popular series of activities that I would usually be teaching at summer camps is “Things that Fly,” over six lessons we talk about lift, drag, roll, symmetry, trajectory, gravity and much more by making paper airplanes, Alka-Seltzer rockets, water rockets and observing how they fly. I believe the lessons are taught in a structured inquiry format, the youth are given the materials, we look at pictures of real model airplanes and rockets, youth are asked what makes these things fly. Then youth make their own models and test them, as a group we observe them in flight, collect data by taking measurements, and then they can redesign if needed or at least talk about what they would do different if they had more time and draw conclusions. Each part of the series is usually two, one-hour sessions, session one looking at the true model, and designing their own and the second week they test and redesign and make conclusions. Do this as a series of activities at a guided inquiry level I could pose the question, “Why do things fly? Create a model airplane (or rocket) that can fly, incorporating concepts you find out about planes.” This would require access to computers so youth could research airplanes, a place for youth to consistently test. Youth would be given a time frame, with a group testing at week 5 giving youth week 6 to redesign, draw conclusions and discuss concepts related to flight.in reply to: Inquiry in Your Classroom #719670
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KandisParticipantINQUIRY- An investigation to finding an understanding, more knowledge or truth about a specific topic.in reply to: Intro to Inquiry #719659
Viewing 18 posts - 1 through 18 (of 18 total)