This Agricultural Science Starter Bundle contains the sensors required to perform several experiments in the Agricultural Science Manual.
- 1x Wireless pH Sensor
- 1x Wireless Conductivity Sensor
- 1x Wireless CO₂ Sensor
- 1x Wireless Colorimeter & Turbidity Sensor
- 1x Wireless Temperature Sensor
There are twelve new agricultural science labs that are designed to use wireless sensors and which are free to download. Each lab includes an editable student file and a SPARKvue configuration file which streamline data collection and enable students to spend more time on analysis and inquire
This Ag Science Starter Bundle contains the sensors required to perform several experiments in the Agricultural Science Manual.
Also available is the Ag Science Extension Bundle (PS-7622) which adds the ability to model ecosystems and the greenhouse effect, study environmental conditions, perform mapping/GIS activities, track weather conditions for extended periods, and perform additional water quality studies.
This product requires PASCO software for data collection and analysis. We recommend the following option(s). For more information on which is right for your classroom, see our Software Comparison: SPARKvue vs. Capstone »
This product can connect directly to your computer or device with the following technologies. No Interface required. See the following guide for details regarding device compatibility: Wireless Bluetooth Product Compatibility »
Perform the following experiments and more with the Agricultural Science Starter Bundle.
Visit PASCO's Experiment Library to view all activities for this product.
In this lab, students will measure the pH, conductivity, and absorbance of a model cell containing a semi-permeable membrane to better understand cell regulation.
In this lab, students will model several water treatment methods. Then they will use pH, conductivity, and turbidity sensors to assess the effectiveness of each filter.
In this lab, students use carbon dioxide, conductivity, and pH sensors to determine the quality of different soil samples.
In this lab, students will monitor a plant's carbon exchange within a closed system in both light and dark conditions to determine the dominant metabolic pathway.
In this lab, students will monitor the respiration rate of germinating seeds in different conditions. Then, they'll analyze their data as it pertains to cellular activity and discuss optimal germination conditions for various...
In this lab, students will record the pH of several soil samples before determining their suitability for local crops.
|PS-3210 Wireless Conductivity Sensor Manual||English||378.08 KB|
|Wireless CO₂ Sensor Reference Guide||English||563.54 KB|
|Wireless Colorimeter and Tubidity Sensor Manual||English||905.31 KB|
|Wireless pH Sensor Reference Guide||English||738.76 KB|
|Wireless Temperature Sensor Reference Guide||English||450.16 KB|
|StablCal Standard, 100 NTU - Safety Data Sheet||English||847.48 KB|
|Wireless pH sensor KCl solution||English||404.70 KB|