Unpredictable weather patterns and droughts are on the rise. According to the USDA's U.S. Drought Monitor, dry conditions in the western states during..
Read More
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Horticulture, Root Respiration
What is Root Hypoxia and How Does it Impact Orchards? Root hypoxia is a condition that occurs when the root system of a plant experiences inadequate o..
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Read More
Horticulture doesn’t come without challenges. As we’ve seen in the news, despite the best intentions, no grower can be sustainable if they can’t stay ..
Read More
Read More
Horticulture, Disease & Biofilm
How improving water quality with nanobubbles helps growers achieve healthier, more profitable crops
Read More
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Agriculture, Horticulture, Soil Health, Sustainable Agriculture
Irrigation Efficiency Strategies in areas with frequent droughts and high temperatures As the effects of climate change become more apparent, the agri..
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Featured, Agriculture, Ag Research
Research by third-party institutions shows the positive effects of oxygen nanobubble-enriched irrigation water.
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Agriculture, Sustainable Agriculture
Irrigation is an ancient practice with roots in the Near East dating back to at least the 6th millennium B.C. And while irrigation significantly impro..
Read More
Read More
Root Respiration
Oxygen is key to healthy roots and high yields. Discover the science behind oxygenating irrigation water, including root respiration, water quality and much more.
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Unlocking the Secrets of Root Hypoxia: Common Challenge in Tree Farming
What is Root Hypoxia and How Does it Impact Orchards? Root hypoxia is a condition that occurs when the root system of a plant experiences inadequate oxygen...
-
Root Respiration: Oxygenating Irrigation Water for Productive Crops
ROOT RESPIRATION: How to Oxygenate Irrigation Water for Healthier, More Productive Crops Too much irrigation water, especially in soils with poor drainage can...
-
Oxygen Uptake by Roots Is Critical for Plant Respiration
ACHIEVING HIGH PLANT YIELDS: OXYGEN UPTAKE BY ROOTS IS CRITICAL FOR PLANT RESPIRATION The first factors we tend to think of in achieving high yields are light...
-
Root Respiration: Why plants need oxygen to thrive
How to achieve optimal dissolved oxygen concentrations to promote root health and development Photosynthesis and respiration are the two main plant growth...
-
Why Nanobubble Oxygenation is Key to Optimal Root Zone Health
Root zone health is essential for plant health and is heavily impacted by water quality, oxygen availability, pathogens and other environmental factors....
-
Why good water quality is critical for plant performance
Plants grown hydroponically require high-quality irrigation water to achieve robust growth and high yields. This means it must possess high dissolved oxygen...
Crop Specific
From ornamental plants, berries and cucumbers to nut orchards and avocados, Moleaer's nanobubble technology is helping growers reduce inputs, improve efficiency and increase production. Select the crop that most interests you to learn more.
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Benefits of Nanobubble Technology for Ornamental and Nursery Growers
THE 4 MAJOR BENEFITS OF NANOBUBBLE TECHNOLOGY FOR ORNAMENTAL AND NURSERY GROWERS Although greenhouse crop production provides a controlled environment for...
-
How nanobubbles improve greenhouse strawberry production
Strawberries have high oxygen-demanding roots and are susceptible to a variety of root pathogens; therefore, they require high-quality irrigation water to...
-
Enhancing Blueberry Cultivation without Chemicals
Sustainable irrigation solutions to improve soil structure and function for better blueberry crops Native to North America, blueberries are grown across North...
-
Sustainable Irrigation Solutions for Almond & Nut Orchards
How Almond & Nut Growers Can Improve Production with Chemical-Free Soil Improvements and Enhanced Root Zone Conditions Almonds are a Growing Market, Especially...
-
Combat Root Anoxia in Avocado Trees with Nanobubble Technology
As of 2021, the global fresh avocado market was valued at $14.2 billion, a figure that is expected to grow at a compound annual rate of 9.1% from 2022 to 2028....
-
How to Improve Cultivation Processes for Greenhouse Bell Peppers
Peppers are in the Solanaceae family, the same family as tomatoes, eggplants and potatoes. Of all the peppers, bell peppers are the most popular worldwide...
-
New greenhouse technology, improving tomato growing conditions
A look at the latest technologies being used in 2022 to improve yield and crop quality in greenhouse tomatoes New greenhouse technologies and recent advances...
-
How to Optimize Large-Scale Production for Greenhouse Cucumbers
Solutions to Improve Year-round production to meet huge demand As a crop choice for greenhouse growers, cucumbers remain an excellent option. These long or...
-
Vertical Farming is the Future of Greenhouse Technology
The future of greenhouse technology and food production is in vertical farming systems. Population increases and changing diets are driving the demand for...
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14% Higher Yield in Strawberry Cultivation with Moleaer Nanobubbles
In the Spring of 2020, trials were conducted by Delphy Research Institute in the Netherlands, on behalf of Moleaer to examine the effects that oxygen...
Sustainable Agriculture
More and more growers are looking to sustainable or regenerative agriculture and irrigation methods to improve resource efficiency and reverse the impacts of traditional farming. These blogs share how nanobubble technology supports these practices, helping growers get more from less.
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Maximizing Crop Yields with Nanobubbles
Irrigation Efficiency Strategies in areas with frequent droughts and high temperatures As the effects of climate change become more apparent, the agricultural...
-
How Nanobubble Technology Helps Growers with Sustainable Agriculture
Irrigation is an ancient practice with roots in the Near East dating back to at least the 6th millennium B.C. And while irrigation significantly improves crop...
-
Why are Regenerative Agriculture Practices Important for the Future of Farming?
What is Regenerative Agriculture? Regenerative agriculture is a holistic approach to farming and ranching that aims to restore and enhance the health of soil,...
-
How to Use Sustainable Farming Methods with Nanobubble Technology
For decades, we’ve produced the bulk of our food through industrial agriculture, a system dominated by large farms growing the same crops year after year,...
Soil & Substrates
Grow in native soil or potted substrate? Nanobubble technology helps growers improve soil health through chemical-free compaction reduction, so roots have more pore space to grow strong. Nanobubbles also reduce the surface tension of water, improving wettability and infiltration into soils and substrates. More oxygen in the root zone helps increase microbial activity and reduce pathogens. Learn more about the benefits of nanobubbles in soil and substrate crops with these articles.
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Maximizing Crop Yields with Nanobubbles
Irrigation Efficiency Strategies in areas with frequent droughts and high temperatures As the effects of climate change become more apparent, the agricultural...
-
Why soil wettability is important for sustainable agriculture
Good soil wettability promotes good plant health and high-quality crops. Nanobubble technology improves soil wettability without the use of chemicals.
-
How to improve soil structure and function for better crop performance
With the growing impacts of climate change and other pressures such as drought and fertilizer shortages, this is a question that has never been more important...
-
How nanobubbles improve water infiltration by reducing surface tension
Of all liquids, water has an extremely high surface tension due to the very strong bonding of water molecules. Surface tension is caused by the strong cohesive...
VIDEOS: NANOBUBBLES IN AGRICULTURE & HORTICULTURE
Watch videos from our YouTube channel to learn how nanobubbles have helped other growers like you.
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Disease & Biofilm Control
Learn how nanobubble technology helps growers in a variety of growing methods reduce pathogens and disease pressure while controlling biofilm that causes emitter clogging.
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Horticulture Integrated Pest Management with Nanobubble Technology
How improving water quality with nanobubbles helps growers achieve healthier, more profitable crops
-
How to prevent and control root disease sustainably
Solutions for greenhouse growers At Green Circle Farm – as is the case at most greenhouse operations – Pythium and other root diseases are a constant threat....
-
How to control biofilm in irrigation systems sustainably
Biofilm is a pervasive coating found on most surfaces that are in frequent contact with water. Within the film is a highly organized and resilient structure...
Agriculture Research
Researchers all over the world are studying the benefits of nanobubble technology on crops. These articles include details on their findings and links to the studies.
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Nanobubble agtech research: recent findings in agriculture
Research by third-party institutions shows the positive effects of oxygen nanobubble-enriched irrigation water.
-
Nanobubble Research: How nanobubbles improve greenhouse tomato crops
For years, researchers across the world have been conducting trials on a wide variety of crops to analyze the benefits of oxygen nanobubble-enriched irrigation...
All Agriculture Articles
Farmers are using nanobubble technology to improve water quality, increase crop yields, reduce inputs like fertilizers and chemicals, enhance soil health, and increase water use efficiency. Our blogs cover topics like soil health, irrigation water, biofilm and disease reduction and more.
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Improve Water Quality in Irrigation Reservoirs for Healthier Crops
Unpredictable weather patterns and droughts are on the rise. According to the USDA's U.S. Drought Monitor, dry conditions in the western states during the...
-
Maximizing Crop Yields with Nanobubbles
Irrigation Efficiency Strategies in areas with frequent droughts and high temperatures As the effects of climate change become more apparent, the agricultural...
-
Nanobubble agtech research: recent findings in agriculture
Research by third-party institutions shows the positive effects of oxygen nanobubble-enriched irrigation water.
-
How Nanobubble Technology Helps Growers with Sustainable Agriculture
Irrigation is an ancient practice with roots in the Near East dating back to at least the 6th millennium B.C. And while irrigation significantly improves crop...
-
Why are Regenerative Agriculture Practices Important for the Future of Farming?
What is Regenerative Agriculture? Regenerative agriculture is a holistic approach to farming and ranching that aims to restore and enhance the health of soil,...
-
How to Use Sustainable Farming Methods with Nanobubble Technology
For decades, we’ve produced the bulk of our food through industrial agriculture, a system dominated by large farms growing the same crops year after year,...
-
Nanobubble Research: How nanobubbles improve greenhouse tomato crops
For years, researchers across the world have been conducting trials on a wide variety of crops to analyze the benefits of oxygen nanobubble-enriched irrigation...
-
Enhancing Blueberry Cultivation without Chemicals
Sustainable irrigation solutions to improve soil structure and function for better blueberry crops Native to North America, blueberries are grown across North...
-
Sustainable Irrigation Solutions for Almond & Nut Orchards
How Almond & Nut Growers Can Improve Production with Chemical-Free Soil Improvements and Enhanced Root Zone Conditions Almonds are a Growing Market, Especially...
-
Combat Root Anoxia in Avocado Trees with Nanobubble Technology
As of 2021, the global fresh avocado market was valued at $14.2 billion, a figure that is expected to grow at a compound annual rate of 9.1% from 2022 to 2028....
-
KyleTalksAgtech: The Science and Benefits of Nanobubbles w. Warren Russell
Kyle Barnett with Crop Talk Media and Cultivatd interviewed Warren Russell, Moleaer's Chief Commercial Officer on the #KyleTalksAgtech podcast. Listen to the...
-
Why soil wettability is important for sustainable agriculture
Good soil wettability promotes good plant health and high-quality crops. Nanobubble technology improves soil wettability without the use of chemicals.
-
How to improve soil structure and function for better crop performance
With the growing impacts of climate change and other pressures such as drought and fertilizer shortages, this is a question that has never been more important...
-
How nanobubbles improve water infiltration by reducing surface tension
Of all liquids, water has an extremely high surface tension due to the very strong bonding of water molecules. Surface tension is caused by the strong cohesive...
-
How to control biofilm in irrigation systems sustainably
Biofilm is a pervasive coating found on most surfaces that are in frequent contact with water. Within the film is a highly organized and resilient structure...
-
Why good water quality is critical for plant performance
Plants grown hydroponically require high-quality irrigation water to achieve robust growth and high yields. This means it must possess high dissolved oxygen...
-
New greenhouse technology, improving tomato growing conditions
A look at the latest technologies being used in 2022 to improve yield and crop quality in greenhouse tomatoes New greenhouse technologies and recent advances...
-
How to Optimize Large-Scale Production for Greenhouse Cucumbers
Solutions to Improve Year-round production to meet huge demand As a crop choice for greenhouse growers, cucumbers remain an excellent option. These long or...
-
How to optimize irrigation source water
The importance of irrigation water quality Sources of irrigation water stored in reservoirs or basins are critical for the irrigation of greenhouses and field...
-
Better Yields for Vegetables Irrigated with Nanobubble-Enriched Water
A study led by staff in the Innovation & Development division of Kapicua, Moleaer’s distributor in Latin America, shows favorable results in Lollo Bionda...
All Horticulture Articles
Horticulture and greenhouse growers are seeing the benefits of oxygen nanobubbles in their crops through reduced inputs and increased production. Access all the horticulture articles to discover how.
-
Unlocking the Secrets of Root Hypoxia: Common Challenge in Tree Farming
What is Root Hypoxia and How Does it Impact Orchards? Root hypoxia is a condition that occurs when the root system of a plant experiences inadequate oxygen...
-
Growing Better with Nanobubbles: Greenhouse Technology in Horticulture
Horticulture doesn’t come without challenges. As we’ve seen in the news, despite the best intentions, no grower can be sustainable if they can’t stay in...
-
Horticulture Integrated Pest Management with Nanobubble Technology
How improving water quality with nanobubbles helps growers achieve healthier, more profitable crops
-
Maximizing Crop Yields with Nanobubbles
Irrigation Efficiency Strategies in areas with frequent droughts and high temperatures As the effects of climate change become more apparent, the agricultural...
-
Benefits of Nanobubble Technology for Ornamental and Nursery Growers
THE 4 MAJOR BENEFITS OF NANOBUBBLE TECHNOLOGY FOR ORNAMENTAL AND NURSERY GROWERS Although greenhouse crop production provides a controlled environment for...
-
Root Respiration: Oxygenating Irrigation Water for Productive Crops
ROOT RESPIRATION: How to Oxygenate Irrigation Water for Healthier, More Productive Crops Too much irrigation water, especially in soils with poor drainage can...
-
Oxygen Uptake by Roots Is Critical for Plant Respiration
ACHIEVING HIGH PLANT YIELDS: OXYGEN UPTAKE BY ROOTS IS CRITICAL FOR PLANT RESPIRATION The first factors we tend to think of in achieving high yields are light...
-
Nanobubble Research: How nanobubbles improve greenhouse tomato crops
For years, researchers across the world have been conducting trials on a wide variety of crops to analyze the benefits of oxygen nanobubble-enriched irrigation...
-
How nanobubbles improve greenhouse strawberry production
Strawberries have high oxygen-demanding roots and are susceptible to a variety of root pathogens; therefore, they require high-quality irrigation water to...
-
Root Respiration: Why plants need oxygen to thrive
How to achieve optimal dissolved oxygen concentrations to promote root health and development Photosynthesis and respiration are the two main plant growth...
-
Why Nanobubble Oxygenation is Key to Optimal Root Zone Health
Root zone health is essential for plant health and is heavily impacted by water quality, oxygen availability, pathogens and other environmental factors....
-
How to Improve Cultivation Processes for Greenhouse Bell Peppers
Peppers are in the Solanaceae family, the same family as tomatoes, eggplants and potatoes. Of all the peppers, bell peppers are the most popular worldwide...
-
How to prevent and control root disease sustainably
Solutions for greenhouse growers At Green Circle Farm – as is the case at most greenhouse operations – Pythium and other root diseases are a constant threat....
-
How to control biofilm in irrigation systems sustainably
Biofilm is a pervasive coating found on most surfaces that are in frequent contact with water. Within the film is a highly organized and resilient structure...
-
Why good water quality is critical for plant performance
Plants grown hydroponically require high-quality irrigation water to achieve robust growth and high yields. This means it must possess high dissolved oxygen...
-
New greenhouse technology, improving tomato growing conditions
A look at the latest technologies being used in 2022 to improve yield and crop quality in greenhouse tomatoes New greenhouse technologies and recent advances...
-
How to Optimize Large-Scale Production for Greenhouse Cucumbers
Solutions to Improve Year-round production to meet huge demand As a crop choice for greenhouse growers, cucumbers remain an excellent option. These long or...
-
How to optimize irrigation source water
The importance of irrigation water quality Sources of irrigation water stored in reservoirs or basins are critical for the irrigation of greenhouses and field...
-
Vertical Farming is the Future of Greenhouse Technology
The future of greenhouse technology and food production is in vertical farming systems. Population increases and changing diets are driving the demand for...
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