Monitoring wetlands with data loggers

Monitoring solutions for the renaturation of wetlands

Wetlands have a high ecological value: they have a positive influence on the microclimate, bind climate-damaging gases such as CO2 and act as a natural environmental filter for polluted groundwater. They serve as flood reservoirs, help to minimize erosion and create habitats for many animals and plants. Although a large proportion of wetlands have declined due to many factors, efforts are being stepped up to restore and protect these ecosystems.

With ongoing urbanization and the use of pesticides and fertilizers, protecting water quality, endangered species habitats and aquatic ecosystems is more important than ever to ensure a sustainable future. To ensure success, wetlands must be monitored for factors such as water level, temperature and precipitation. We offer all the systems you need to monitor all environmental parameters - from stand-alone, stand-alone data loggers to intelligent and networked monitoring solutions

Water level

Identify water retention, (rising) water levels and runoff volume.

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  The water level in wetlands plays an important role for the plants and animals living there. Accordingly, monitoring the water level ensures that the wetland can support a variety of plants and animals. Water levels can be influenced by a variety of factors, including climate change, changes in land use and human activities. By monitoring water levels, we can better understand how these factors affect wetlands and take action to protect them. Ultimately, monitoring water levels can help us identify potential threats to wetland ecosystems, such as droughts or floods, and take appropriate action.

Precipitation

Comparing the retained water with the precipitation received.

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  It is important to monitor precipitation in wetlands as it plays a key role in determining water levels in these areas. Wetlands are typically characterized by fluctuating water levels, and the amount of precipitation they receive is an important factor in determining water levels. By monitoring precipitation, we can determine how it affects water levels. Also, by monitoring precipitation, we can identify potential problems or threats to these ecosystems early on, allowing us to better address droughts or floods.

Temperature

Monitoring temperatures above and in water bodies.

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  The temperature of water and soil is of particular importance for humid environments. Plants and animals that live in wetlands are adapted to certain temperature ranges. Severe and/or persistent deviations can affect their health and populations. A long-term record of temperature can reveal climate changes at an early stage and help to find solutions./toggle-content]

Conductivity

Identify when contamination occurs to determine the source.

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  Water conductivity is a measure of the ability of water to conduct electricity. In wetlands, it is often used as an indicator of the concentration of dissolved ions and other electrically charged particles in the water. A high conductivity value can indicate pollution, as many pollutants are ionic and increase the conductivity of the water.

Dissolved oxygen

Identification of pollution of the habitat with decreasing oxygen concentrations .

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  Dissolved oxygen is an essential component of healthy wetlands. It plays a key role in nourishing the aquatic plants and animals that live in these areas. Dissolved oxygen is used by plants and animals for respiration and is also necessary for the decomposition of organic matter in wetlands. Without sufficient dissolved oxygen, wetlands can become unhealthy and can no longer support the diverse species that depend on them.

pH value

Ensure pH is suitable for aquatic life in wetlands

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  The pH of a wetland is a measure of the acidity or alkalinity of the water in that environment. In general, a wetland with a pH that is too high or too low can be unhealthy for the plants and animals that live there. The optimum pH for most wetland plants and animals is between 6 and 9. At pH levels outside this range, the water's ability to support aquatic life may be impaired. For example, at low pH levels, the water can become more acidic and toxic to plants and animals. At a high pH, the water can become more alkaline and also toxic to aquatic life. By maintaining a pH within the optimal range, wetlands can support a variety of plants and animals.

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    What is wetland restoration?

  The term "restoration" refers to the process of restoring an area to its natural state. In the case of peatlands and wetlands, this would include a range of actions, such as removing structures or other man-made features built on the land and restoring natural hydrological and ecological processes. This can help to improve the health and biodiversity of the area, as well as providing other benefits such as flood protection and carbon sequestration.
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    How can the process of restoration be recorded and monitored?

  There are several ways to monitor the progress of wetland recovery. One approach is to use a combination of field observations and remote sensing data, such as satellite imagery, to track changes in the wetland over time. This can help identify areas where recovery is occurring, but also areas where additional action is needed. In addition, monitoring the plant and animal communities within the wetland can provide valuable information about the health and functioning of the ecosystem. Finally, the collection of water quality data, such as pH and nutrient levels, can also help to assess the overall health of the wetland.