top of page
  • Writer's pictureffbs dev

Invisible destroyer of life below water



The fashion industry is continuously expanding to cater to the ever-growing demands of the global population. However, this increasing demand for textile raw materials necessitates the use of fertilizers, which play a pivotal role in crop production. Fertilizers provide an indispensable source of nutrients to the crop production system. Nevertheless, the improper storage, handling, and usage of fertilizers can lead to the degradation of land and water resources. Inorganic fertilizers pose a particular problem as they readily break down into reactive chemicals that contaminate the environment.


Fertilizer runoff and erosion can contaminate water bodies, leading to eutrophication, a process that has a critical impact on aquatic biodiversity. Eutrophication causes algal blooms that obstruct sunlight, further harming the aquatic habitat. Additionally, the improper handling and usage of fertilizers can lead to microplastics pollution in soil and water bodies. The indiscriminate use of fertilizers can result in the accumulation of salts, imbalance of natural species interactions, and loss of soil biophysical characteristics. These factors have a significant impact on soil and water biodiversity.


Regenerative agriculture offers a promising solution to rejuvenate soil and aquatic biodiversity. It involves implementing precise information and appropriate nutrient management strategies, followed by natural remediation techniques. Spatial data can help estimate soil carbon and greenhouse gas emissions, while IoT sensors can obtain nutrient loss models and monitor farms. These approaches can result in sustainable crop production that revolves around safe and sustainable water use. Sustainable Development Goals (SDGs) also emphasize water conservation, as reflected in SDG 6, which aims to ensure the availability and sustainable management of water and sanitation for all.


At FFBS, we are committed to raising awareness among farmers about minimizing fertilizer use to reduce soil and aquatic biodiversity loss. Our field-based sensors monitor changes in soil pH and guide farmers on soil fertility, reducing the excess use of fertilizers. These sensors are complemented by satellite-based monitoring of greenhouse gases. Our focus is on preserving farm fields by reducing fertilizer application, improving biodiversity, and increasing farmers' income. Connect with us to learn more about how we can help protect agriculture and water resources.


In conclusion, the fashion industry's increasing demand for textile raw materials underscores the crucial role of fertilizers in meeting this demand. However, the improper handling and use of fertilizers can lead to the degradation of land and water resources, with critical impacts on soil and aquatic biodiversity. Regenerative agriculture, informed by precise information and appropriate nutrient management strategies, offers a viable solution to rejuvenate soil and aquatic biodiversity. At FFBS, we are committed to raising awareness among farmers to minimize fertilizer use, reduce soil and aquatic biodiversity loss, and preserve farm fields. Connect with us to learn more about how we can help protect agriculture and water resources.


8 views0 comments
bottom of page