Over the centuries, human agricultural and industrial activities have continually reduced forested areas. This deforestation impacts biodiversity, soil erosion, carbon capture, and contributes to climate change. However, reforestation projects are underway, including in France.
The co-development of 100% biodegradable planting pods, in partnership with LTS, enables Lactips to support reforestation efforts, without releasing microplastics!
THE microplastics problem
A true scourge of modern times, microplastics are everywhere due to the wide range of human activities that generate them.
Common sources include paint and tire wear, packaging, textile washing, and the use of plastics in agriculture.
These pollutants, present in both water and soil, unfortunately end up in the food chain and have numerous effects on both ecosystems and human health.
Microplastics are also found in forests
According to a study published by ADEME, in mainland France, microplastics are widely present in agricultural soils, including:
- 100 % of grassland soils
- ¾ of large-scale crops soils
- ¾ of vineyards and orchards
- ¼ of forest soils
Where do these plastics come from? The particles found in samples are mostly polyethylene (PE) and polypropylene (PP), two plastics widely used in agriculture and forestry: mulch films, greenhouses and tunnels, irrigation pipes, protective nets, planting tubes, etc.
Microplastics have a negative impact on plant growth
Beyond the risks to human and animal health, the presence of microplastics in soil also affects plant growth.
- Reduced photosynthesis
A recent study published in PNAS1 suggests that microplastics are causing agricultural yields to drop by 4 to 14% due to disrupted photosynthesis. This effect appears to impact all terrestrial plants.
- Pathogen induced stress
Microplastics and nanoplastics also have the downside of transporting pathogens2. When in contact with plants or roots, these pathogens can disrupt the plant’s function and health.
The solution: develop a plastic-free alternatives
It’s clear that plastic use in agriculture and forestry should be minimized to avoid worsening microplastic pollution.
LTS and Lactips develop a plastic-free biodegradable pod
LTS relies on the expertise of partners like Lactips to develop innovative, sustainable solutions for forestry, agriculture, and horticulture, based on natural substances.
LTS and Lactips have co-developed 100% soil-compostable planting tubes. These pods, filled with moist, fertile soil, protect young plants and their roots while promoting growth.
Once the plant is mature enough, it is transplanted into the ground along with its pod.
Using biodegradable pods is therefore essential!
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A sustainable transition: LTS moved from vacuum tubes to planting tubes! Before starting this project, LTS specialized in manufacturing tubes, primarily vacuum cleaner tubes. LTS is a prime example that transitioning from traditional to sustainable production is possible for any company! |
The cocoon developed by Lactips and LTS:
- Is made from a CareTips® blend
- Is shaped via extrusion, like any standard plastic tube
- Is 100% biodegradable
- Releases no microplastics (confirmed by independent laboratories)
| Just like LTS, partner with Lactips to develop custom solutions and improve the biodegradability of all your components designed to be placed in nature! |
