About
This app assists farmers and researchers in managing pistachio, walnut, and almond crops. It uses photos of crop shadows to estimate needs like water and nitrogen, and predict future yields. Developed by UCDavis, it aims to optimize agricultural practices.
What's New in iPar UCDavis
1.2
August 8, 2025
Bugfixed and improvements: - Images load faster - Added spinner when uploading images - Added Tutorial Video
MoreFAQ
What crops can iPar UCDavis help with?
iPar UCDavis is designed for farmers and researchers working with nut crops, specifically mentioning pistachios, walnuts, and almonds among others. It aims to provide insights relevant to these types of agricultural operations.
How does iPar UCDavis estimate crop needs?
The app utilizes photos of crop shadows to automatically estimate the crop's needs, such as nitrogen and water requirements. It also provides an estimation of the possible expected yield.
What is the rating for iPar UCDavis?
iPar UCDavis has a perfect rating of 5.0 stars based on 1 user rating. This indicates a highly positive initial reception from its users.
Is iPar UCDavis available on Android devices?
Currently, iPar UCDavis is listed as supported on iPhone devices only. There is no information available regarding Android compatibility at this time.
How often is iPar UCDavis updated?
The latest version of iPar UCDavis is 1.2, which was last updated on August 8, 2025. This suggests a recent update, indicating ongoing development and support for the application.
What is the age rating for iPar UCDavis?
iPar UCDavis has an age rating of 4+, making it suitable for a wide range of users. This rating suggests that the content within the app is generally appropriate for young children and above.
Does iPar UCDavis have ads?
No, iPar UCDavis does not contain advertisements. The app is free to download and use without any ad interruptions.
What are the key features of iPar UCDavis?
Key features include estimating light intercept of your crop, predicting future yield, and calculating nitrogen and water needs. It achieves this through analysis of crop shadows.