Maximization of returns
Posted: Sat Dec 21, 2024 4:19 am
n the Netherlands. In this article, I will describe a number of jaw-dropping examples of IoT in agriculture.
Farms have long since ceased to be small farmers producing for subsistence. They are professional organisations that pay attention to the entire value chain of their business. The Netherlands – although one of the smallest countries – is the second largest agricultural exporter in the world. This is largely due to the fact that available technology is used throughout the value chain to achieve maximum results. For example, the Internet of Things (IoT) is seized with both hands to maximise yields and reduce environmental impact.
An important objective of most agricultural enterprises is maximization of yields. That on the basis of the existing resources and without increasing energy consumption and other environmental burdens. In other words: more grain from a square meter of land, more potatoes, apples or more milk from the cows or more meat or fish.
Nothing new, you might say. Ever since man hong kong telegram data decided to settle down and start farming, he has tried to get as much out of his land as possible. Through trial and error, we learned how to deal with soil saturation (fertilization), weather conditions (irrigation) and crop selection. Plants that thrive best on the specific soil type and weather conditions were domesticated.
Highly advanced sector
Nowadays, the agricultural industry is one of the most advanced economic sectors. One can even intervene at the level of genetic manipulation to maximize the yield and reduce costs. One of the aspects that this sector is confronted with are environmental and sustainability issues. Among others: energy consumption, excessive fertilization, CO2 emissions, animal welfare. The Internet of Things offers opportunities to increase the efficiency (less energy consumption) and effectiveness (more yield per square meter) of production in a sustainable and socially responsible way.
IoT contributes to energy savings and optimal crop growth
In agriculture, a lot is invested in innovation. Optimal growth of crops and saving on fertilization and energy consumption are important objectives. Sensors are used to monitor air and soil humidity and are linked to control systems (for example irrigation). Sometimes a link is also made with the weather forecast. Everything is put in place to let crops grow optimally. Smart agriculture, also called precision agriculture, is a form of agriculture in which plants and animals receive exactly the right treatment they need to get the best economic result. Precision agriculture goes so far that the needs of the crops can be determined per square meter.
Precision farming uses sensor technologies. The special sensors, depending on the type of farming, collect data on soil and crop behavior, animal behavior, machine status, storage tanks and climate and other environmental measurements. This data is forwarded to the IoT cloud for analysis. The results of the analysis are recorded and used to take the most appropriate decisions and actions.
Farms have long since ceased to be small farmers producing for subsistence. They are professional organisations that pay attention to the entire value chain of their business. The Netherlands – although one of the smallest countries – is the second largest agricultural exporter in the world. This is largely due to the fact that available technology is used throughout the value chain to achieve maximum results. For example, the Internet of Things (IoT) is seized with both hands to maximise yields and reduce environmental impact.
An important objective of most agricultural enterprises is maximization of yields. That on the basis of the existing resources and without increasing energy consumption and other environmental burdens. In other words: more grain from a square meter of land, more potatoes, apples or more milk from the cows or more meat or fish.
Nothing new, you might say. Ever since man hong kong telegram data decided to settle down and start farming, he has tried to get as much out of his land as possible. Through trial and error, we learned how to deal with soil saturation (fertilization), weather conditions (irrigation) and crop selection. Plants that thrive best on the specific soil type and weather conditions were domesticated.
Highly advanced sector
Nowadays, the agricultural industry is one of the most advanced economic sectors. One can even intervene at the level of genetic manipulation to maximize the yield and reduce costs. One of the aspects that this sector is confronted with are environmental and sustainability issues. Among others: energy consumption, excessive fertilization, CO2 emissions, animal welfare. The Internet of Things offers opportunities to increase the efficiency (less energy consumption) and effectiveness (more yield per square meter) of production in a sustainable and socially responsible way.
IoT contributes to energy savings and optimal crop growth
In agriculture, a lot is invested in innovation. Optimal growth of crops and saving on fertilization and energy consumption are important objectives. Sensors are used to monitor air and soil humidity and are linked to control systems (for example irrigation). Sometimes a link is also made with the weather forecast. Everything is put in place to let crops grow optimally. Smart agriculture, also called precision agriculture, is a form of agriculture in which plants and animals receive exactly the right treatment they need to get the best economic result. Precision agriculture goes so far that the needs of the crops can be determined per square meter.
Precision farming uses sensor technologies. The special sensors, depending on the type of farming, collect data on soil and crop behavior, animal behavior, machine status, storage tanks and climate and other environmental measurements. This data is forwarded to the IoT cloud for analysis. The results of the analysis are recorded and used to take the most appropriate decisions and actions.