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file_name
stringclasses
5 values
quality
stringclasses
5 values
crop_type
stringclasses
3 values
water_level
stringclasses
4 values
crop_health
stringclasses
4 values
growth_stage
stringclasses
4 values
soil_condition
stringclasses
3 values
image_quality
stringclasses
2 values
light_condition
stringclasses
3 values
weather_condition
stringclasses
4 values
74f057449564ebef891a7c0bd18c19f4.png
1499*2000
corn
moderately flooded
damaged
growing stage
moist
clear
dark
cloudy
80cf85b829b09774007ced44ff46a837.png
2092*2000
Corn
Moderate flooding
Damaged
Growth stage
Moist
Clear
Dim
Rainy
9a07e3301e407da1c2efb873af8270c7.png
3045*2000
Corn
Severe flooding
Severely damaged
Growing stage
Muddy and moist
Clear
Dim
Cloudy
a6edfb62791d08982183f04fca451cba.png
1604*2000
rice
severe flooding
severely damaged
growth stage
moist
clear
dark
cloudy
df71640da3b688e3a39491b72283be7b.png
1688*2000
Corn
Moderate flooding
Damaged
Growth stage
Moist
Clear
Bright
Sunny

Crop Waterlogging Condition Detection Dataset

The current agricultural sector faces challenges related to climate change and water resource management. The issue of crop waterlogging is becoming increasingly serious, affecting crop growth and yield. Existing monitoring methods largely rely on manual inspection, which is inefficient and prone to errors, unable to provide real-time feedback on crop status. This dataset aims to help AI systems quickly identify and predict crop waterlogging and hypoxia status through image data. Data is collected using drones and ground camera equipment in various fields and environmental conditions to ensure coverage of different growth stages and waterlogging scenarios. Regarding quality control, multiple rounds of annotation and expert review are conducted to ensure label consistency and accuracy. Data is stored in JPG format, organized by image ID, facilitating subsequent analysis and use. The core advantage of this dataset is its high annotation precision and consistency, with annotation accuracy exceeding 95%, significantly improving monitoring efficiency. Newly introduced image enhancement technology increases the model's robustness, allowing accurate waterlogging condition identification under various environmental conditions, helping farmers take timely actions to improve crop yield and address issues in practical production.

Technical Specifications

Field Type Description
file_name string File name
quality string Resolution
crop_type string Identify the type of crop appearing in the image, such as rice, wheat, etc.
water_level string Identify the level of water flooding the crops, such as no flooding, mild flooding, moderate flooding, or severe flooding.
crop_health string Evaluate the impact of flooding on crop health, such as healthy, damaged, or severely damaged.
growth_stage string Identify the growth stage of crops, such as seedling stage, growth stage, or mature stage.
soil_condition string Assess the moisture level or other visual characteristics of the soil.
image_quality string Evaluate the clarity and quality of the image, such as clear, blurred, or too noisy.
light_condition string Identify the lighting condition when the image was taken, such as bright or dim.
weather_condition string Confirm the weather condition when the image was taken, such as sunny, cloudy, or rainy.

Compliance Statement

Authorization Type CC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike)
Commercial Use Requires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and Anonymization No PII, no real company names, simulated scenarios follow industry standards
Compliance System Compliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Source & Contact

If you need more dataset details, please visit Mobiusi. or contact us via contact@mobiusi.com

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