Who We Are
Air planet works worldwide protecting and cleaning the air of the planet to provide a healthy, natural ecosystem by using ground microinjection technology to save and protect the trees of the planet. Trees contribute about 25 to 28% of the clean air we breathe.
Using research with the 42 ft Karluck in Alaska and anti environment teach using the the 42 ft education and water research. The Karluk was built for the US Geological Service research and commisioned in 1975 where it spent 35 years in the arctic as a research vessel. Now completely reworked and refitted by an Airplanet .
Over 70% of oxygen we breathe comes from marine life .
Phytoplankton
Phytoplankton are fre-floating, microalgae, composed of two major groups-cyanobacteria (or blue-green algae) and single-celled algae, mainly diatoms and dinoflagellates. Phytoplankton inhabit the sunlit, upper layer of most fresh water and marine environments. These microscopic. Organisms contain chlorophyll that hels them absorb energy from the sun. The phytoplankton use light energy and carbondioxide from the air to make food (carbohydrates) for themselves through photosynthesis, releasing oxygen in the process.
Why they are good Indicators of Aquatic Health
There are thousands of species of phytoplankton, and each species has a set of environmental conditions in which it thrives. Changes in environmental conditions related to habitat, nutrients, water depth and chemistry, such as pH, temperature, and salinity, can affect the community structure and diversity of the phytoplankton. Under certain conditions, often when nutrient concentrations are high, certain species of cyanobacteria, dinoflagellates, and diatoms can grow to extreme numbers and form blooms. Some blooms can be harmful by depleting oxygen in the water and/or producing toxins (poisons) that can lead to mortality of fish, shellfish, birds, and mammals including humans. Phytoplankton biomass, species abundance and diversity are essential indicators for predicting where and when harmful algal blooms (HABs) are likely to form, and for assessing the impacts of pollution (e.g., industrial wastewater and agricultural runoff) on water quality and ecosystem health
The Cycle: Creation & Depletion
1
Blooms
Large phytoplankton blooms, often fueled by nutrient runoff, increase oxygen production but create a later problem.
2
Decomposition
When these blooms die, bacteria decompose them, consuming vast amounts of oxygen and creating "dead zones" or hypoxic areas, harming other marine life.
3
Interconnectedness
The balance between phytoplankton growth (oxygen release) and decomposition (oxygen consumption by microbes) is vital for marine health, with climate change and pollution exacerbating issues
Why Choose Air Planet
Global Impact
By supporting Air Planet, you become part of a global movement dedicated to preserving the air and ensuring a sustainable future.
Expert Team
Our team consists of dedicated individuals who are passionate about environmental conservation and are committed to making a difference.
Engage with Us
Join our community and engage with like-minded individuals who share a common goal of protecting the air we breathe.
Sustainable Practices
We prioritize the use of sustainable and eco-friendly methods in all our initiatives to minimize our impact on the environment.
Client Testimonies
The Air Planet Changed My Perspective
I used to take clean air for granted, but Air Planet opened my eyes to the importance of protecting our planet's air. Their dedication is truly inspiring.
Jane Deirs, AR
Breathing Fresh Air Again
Thanks to Air Planet's initiatives, I can now enjoy the fresh air without worrying about pollution. Their work is making a real difference.
Eric Laguardia, CA
A Cleaner Future
Air Planet's commitment to preserving the air we breathe gives me hope for a cleaner, healthier future. Their impact is undeniable.
Lena Rogel, RI
Join the Air Planet Movement
I'm proud to support Air Planet's mission to protect and clean the air. Together, we can make a positive impact on the environment.
Jean McDermott, CT
