Pesticides are bad for us.
We are exposed to pesticides daily, through the food we eat, the air we breathe, and the greenspaces we work, live and play on.
Pesticides have been shown to: cause cancers, disrupt hormones, harm reproductive health, cause kidney and liver damage, harm our nervous system, induce developmental issues
Pesticide use is contributing to catastrophic biodiversity loss.
Pesticides are often toxic to birds, bees, fish and aquatic organisms.
Research shows that more than 90% of pollen samples from bee hives in agricultural landscapes are contaminated with pesticides.
Data shows that more than 90% of stream samples are contaminated with pesticides.
Biologists have found more than 150 different chemical residues in bee pollen.
Though toxins are not typically part of the climate change conversation, synthetic pesticide use is contributing to climate change.
Pesticides contribute significantly to greenhouse gas emissions
Pesticides are petroleum-based, meaning their production involves the production and consumption of fossil fuels.
Pesticides are making our agricultural systems and landscapes more vulnerable to the effects of climate change.
Research shows that pesticides reduce the microbial life in the soil, making the soil less effective in sequestering carbon and retaining water.
First and foremost, lawns are not "natural." The idea of the perfectly manicured lawn is a colonial relic that wipes away local ecosystems and native plant-life in the pursuit of creating a "tamed" landscape.
The agrochemical industry has, for decades, perpetuated the myth that in order to maintain a beautiful lawn you must use highly toxic pesticides and fertilizers. So in addition to perpetuating colonial aesthetics, most lawns are managed using an immense amount of water and chemicals that are poisoning us and our environment.
We know colleges and universities are not ready to part with their lawns entirely, so we want to ensure that lawns are as ecologically beneficial as possible. This is achieved through eliminating harmful pesticides and fertilizers and building soil health through organic land care. Organic land care does not change the way your campus looks, rather changes how it is managed. You can read more about our solutions here.