Horticulture Teacher Resources

Find Horticulture educational ideas and activities

Showing 61 - 80 of 204 resources
Learners become familiar with the work of Claude Monet and his garden paintings.  In this Monet instructional activity, students compare the garden works of Claude Monet.  Learners examine pictures for the colors in his paintings. Students complete a word search to find the English and French names of the colors.
Discover Oklahoma's first farmers. Read about 14 different agriculture workers and their contribution to Oklahoma's farming. After reading, have your class complete several activities such as researching an agriculturist, writing a research paper, creating a wanted poster, and working on an Oklahoma map. Note: There are a variety of cross-curricular applications provided in this resource.
In this plant science worksheet, students answer short answer questions about plant science. Students complete 7 questions to get their merit badge.
Learners examine the effects of pests on other organisms, crops, and the environment. they construct an insect observation chamber and discover how some insects can be pests in some situations and beneficial in others. They write "pest poems."
Students examine descriptions of a mining company's land-reclamation project. They share information to analyze the environmental impact of the project. Independently, they answer questions on environmental and economic issues surrounding the proposed reclamation of the mined area.
Students investigate the composting process through a variety of experiments. In this ecology lesson, students discuss the benefits of composting. They examine how compost affect plant growth.
Young scholars define philanthropy and evaluate how the government would functin without the help of volunteers. They write song lyrics, participate in a class discussion, and complete a Venn diagram.
Students describe sexual reproduction in plants, including the process of pollination, how insects assist in pollination, and how pollination differs from fertilization. They also explore the importance of honey bees to Arizona agriculture.
Students explore the composting process and participate in a contest to make the most compost the fastest from the school's kitchen and yard waste.
Young historians explore how technology and science affected life in the state of New Hampshire. They define technology and give personal experiences of how technology affects people and how people have used technology. They compare the technology of today with technology of the past. This lesson plan could easily be adapted to a different state's history with technology. 
Students examine what changes occur in the forests during the transition from summer to winter.
Students examine factors affecting water quality. They test water in a local body of water to determine its quality. They collect data and continue monitoring the water monthly. They assess water quality in the home and on the farm.
Students determine that the lands the English settled on were owned and inhabited by 70,000 Indians. They consider that the London Company sold land charters to the English, which gave them illegal title to lndian land and that the Puritans established the largest colony, Massachusetts Bay Colony, which had two branches: Massachusetts and Connecticut.
Students perform a series of experiments which show that plants require nutrients in certain quantities. They also cooperatively read materials on the nutrient requirements of plants, fertilizers, composting, and soil management, and students identify plant nutrient deficiencies using a specialized key. Students apply their knowledge to vote on mock ballot propositions that relate to agricultural and urban water issues.
Students use a series of hands-on labs and activities, practice problems, discussions and writing assignments, students investigate about fertilizer chemistry as they break compounds into ions, make a fertilizer and test various fertilizers for phosphate content. They answer the questions of what nutrients are required by plants, how these nutrients are obtained and the issues related to fertilizers.
Students examine the growth of marigolds in a greenhouse environment. They chart data in spreadsheets showing plant growth over time and under a number of conditions. They record measures of plant height and greenhouse temperature.
Students practice skills essential to all scientific investigation: carefully observing and collecting data. They become field biologists in a series of hands-on activities to collect and identify specimens, and survey and calculate the diversity of plant species in their local environment.
Students, in cooperative groups, design and create a wildflower garden for the community. They write letters to property owners requesting use of their land and then write invitations to their parents and to local, state, and federal dignitaries to attend their Wildflower Ceremony. They write their own scripts and memorize their parts to present at the ceremony.
Learners, working in groups, create "artificial seeds" for a wind dispersal experiment. After trial runs, they redesign their seeds, and re-test them under the same conditions. Finally, they interpret, compare, and evaluate the original to the modified seed to determine the optimum conditions for wind-dispersed seeds.
Have learners assess current farming techniques in their area with this valuable resource. They consider the impact of their local ecosystem, and research how Native American tribes used the land in the past. They go on Internet "expeditions," then use their findings to compose an expository research paper. This is a well done cross-curricular instructional activity that can be adapted to fit any state.

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