Benefits of Tracking Water Use During Drought Conditions


In the sweltering summers of 2022 and 2023, much of the Northern Hemisphere has been gripped by drought conditions. While these weather patterns persist, the agriculture sector has found itself compelled to create new strategies to combat water shortages. 

As water becomes more scarce, farmers look to technology to help keep their fields and greenhouses producing. Unfortunately, many of these new technologies require extensive infrastructure investments. These solutions, while promising, remain out of reach for the average farmer. 

A large portion of farmers have found themselves searching for simple and effective ways to manage their water usage during droughts. Among the many options, one stands out as prominently accessible and effective: data tracking. 

Let’s delve into the advantages of tracking water use data and how it can positively impact your agricultural operation. 

How to Track Water Use Data

Before water scarcity was a concern our agricultural ancestors relied on visual cues to let them know when crops were properly hydrated. Over time, scientific studies combined with first-hand experience have helped us to pinpoint the amount of water different plants need. 

Manual Data Tracking

Manual data tracking is the simplest way to monitor water use data, all you need is a notebook and pen. Recording how many gallons of water used per grow is a great way to remain mindful of water consumption during drought conditions. 

The manual tracking method can help your operation remain within the set water restrictions during a drought. The downside to this particular method is that it only tracks one data point. Farmers who choose this method may have accurate water use data, but they will lack data that shows correlations between crop output, water use, and environmental conditions.

Agricultural Management Software

Many agricultural operations find management software to be the most useful and economical way to track water use data during drought conditions. Not only does agricultural management software track data about the amount of water used, it can also collect corresponding data points like the ones listed below:


  • Watering schedules
  • Soil saturation
  • Crop growth rate
  • Overall crop production

With numerous data points, farmers can pinpoint correlations in crop output while conserving resources. 

During extreme climate events like drought, the ability to collect and examine corresponding data points can make all the difference regarding the success of your crops. Both schools and farmers across the US are beginning to use water management software to streamline their ag operations.

Water Use Sensors

Water-use sensors are beginning to play a vital role in agricultural contexts. The sensors automatically capture data on water utilization. Positioned within the soil, these devices meticulously record moisture levels and monitor irrigation dynamics. 

Through this data-driven process, farmers gain valuable insights into hydration patterns, allowing them to fine-tune irrigation schedules. By harnessing this technology, farmers can optimize productivity while safeguarding water resources. Innovations like water sensors are becoming more and more common as climate conditions change. 

Generally, these sensors are paired with agricultural management software that neatly organizes the useful data collected.

Environmental Impact of Tracking Water Use

The strategic tracking of water usage data has emerged as a potent tool for enhancing environmental sustainability, particularly during drought periods. Beyond its pragmatic use for crop management, this approach yields broader ecological advantages.

Water Conservation

By diligently monitoring parameters like irrigation schedules and soil moisture content, farmers can make informed decisions that minimize water wastage. This precision ensures that water, a precious and limited resource, is employed efficiently.

Amidst drought conditions, this data-driven approach can contribute significantly to mitigating water scarcity and maintaining critical aquatic ecosystems and reservoirs.

Input Optimization

A core tenet of sustainable agriculture is the reduction of resource inputs. Solutions like data-driven water management are proven to be an effective strategy. The insights garnered from water usage data allow farmers to tailor their irrigation practices to match specific crop needs. 

This form of precision farming potentially reduces the reliance on additional inputs like fertilizers and pesticides. This reduction not only conserves water but also curtails the risk of chemical runoff and its potential environmental repercussions.

Enhanced Soil Health

Beneath the surface, the implications of precise water management extend to the health of your soil. By avoiding situations of waterlogging and adopting controlled hydration practices, data-informed irrigation contributes to the creation of well-structured soil. 

Healthy soil fosters favorable conditions for root development and microbial activity, ultimately enhancing the soil’s resilience against drought. In a wider context, this creates a soil ecosystem that optimizes nutrient cycling, carbon sequestration, and erosion control. Each of these is beneficial to any agricultural operation as well as the environment. 

In the realm of agriculture, where the implications of each action resonate widely, the practice of tracking water usage data emerges as a potent instrument for advancing both productivity and environmental well-being. By weaving the threads of water conservation, input efficiency, and soil vitality, this approach serves as a cornerstone for sustainable farming practices, especially in the face of water scarcity challenges brought about by drought conditions.

Strategic Resource Allocation

By leveraging data-derived insights, farmers can precisely allocate water resources, aligning irrigation schedules with crop needs. This targeted approach prevents wasteful water usage while ensuring crops receive optimal hydration, resulting in healthier yields. 

This streamlined approach not only curtails costs by reducing water wastage but also lowers input expenditures, translating directly into increased profits.

Informed Crop Selection

Water use data helps farmers to make informed choices in crop selection. During drought periods, certain crops may exhibit higher resilience and adaptability to water scarcity. 

Armed with insights into water usage patterns, farmers can strategically plant drought-resistant varieties requiring reduced irrigation. 

This proactive shift conserves water and positions farmers to meet market demand with crops that flourish under challenging conditions, enhancing overall profitability.

Risk Management and Insurance

Comprehensive records of water management practices can serve as compelling evidence for crop insurance claims resulting from yield losses linked to water scarcity.

Accurate data collection can expedite claim processing in cases of crop failure. By showcasing responsible water management through data, farmers can navigate drought-induced economic challenges.

How Tracking Water Usage Can Boost Your Crop Production

Beyond its functional utility of tracking water use that we outlined above, collecting data about your water use may be the key to improved crop yields.

Here are a few simple and proven ways that good data helps maximize production:

Improved Plant and Soil Health

As every farmer knows, preserving plant and soil equilibrium is fundamental. By closely tracking moisture levels and irrigation cycles, farmers can tailor hydration to match plant needs. This approach prevents both under and over-watering, facilitating robust root growth, efficient nutrient absorption, and overall plant vitality. 

This precision style of crop management ensures resilience to drought stress and minimizes disease vulnerability. This cooperation between data-driven irrigation and plant well-being enhances crop yield while establishing a basis for sustained growth.

Enhanced Crop Production 

The interplay between water use data and crop production is fundamental during droughts. Guided by real-time insights, farmers can structure irrigation schedules that align with different growth stages. 

Consistent hydration during dryer than average weather can foster uniform development, flowering, and fruiting. Tactical water application in response to data findings reduces losses attributed to drought-related stress. 

This nuanced approach to water management capitalizes on data as a navigational tool, leading farmers through the intricacies of crop production.

How Tracking Water Usage Can Boost Your Crop Production

Drought conditions seem to be the new norm in many places around the world. Agricultural operations are looking for simple and economical solutions to keep their fields and greenhouses producing. 

Precisely tracking your water use data has the potential to simultaneously benefit your grow and the environment. If you’re looking for an agricultural management software, take a look at RedBud Software’s free demo and see if it meets your needs. :