1. Dendrometers and stem dendrometers are advanced sensors designed to measure plant growth dynamics and structural health in real-time. Their objectives focus on optimizing crop management and supporting scientific research. These include:

1. Monitor Plant Growth: Track stem and trunk diameter variations to understand growth trends and health status over time.
2. Water Stress Detection: Identify water deficiency through shrinkage and expansion patterns, allowing timely irrigation actions.
3. Environmental Response Analysis: Study plant reactions to temperature, humidity, and soil conditions to improve adaptive cultivation.
4. Yield Prediction Support: Provide real-time growth data that feeds predictive models for more accurate crop yield forecasting.
5. Irrigation Optimization: Enable precise water management by directly correlating plant growth feedback with soil moisture conditions.
6. Research & Development: Support long-term agricultural studies on growth cycles, seasonal trends, and climate adaptation strategies.

Fruit size sensors help monitor fruit development with high precision, enabling growers to make informed decisions about harvest timing, resource allocation, and crop health. Their key objectives are:

1. Harvest Timing Optimization: Monitor fruit diameter and growth rates to determine the ideal harvesting window for maximum quality.
2. Environmental Impact Analysis: Understand how weather, water, and soil conditions affect fruit development stages.
3. Yield Estimation: Collect growth data to support accurate forecasting of fruit quantity and size before harvest.
4. Anomaly Detection: Identify developmental irregularities caused by pests, disease, or environmental stress early on.
5. Market Readiness Assurance: Ensure fruit growth aligns with size standards required by buyers, distributors, or export markets.
6. Resource Use Efficiency: Adjust irrigation, fertilization, and pruning schedules based on real-time fruit development insights.