Agriculture represents a notably challenging industry, and at present, farmers do not receive incentives commensurate with their efforts to reduce emissions during production. Since the UN Conference on Environment and Development in Rio in 1992, sustainable development has served as a fundamental guiding principle across various economic and political sectors.
There exists a widespread agreement on its crucial role within agriculture, recognizing sustainable agricultural practices as imperative for achieving global sustainable development objectives. There is widespread recognition of the pressing need to develop sustainable agricultural production systems.
A multitude of studies and publications delve into the realm of sustainable agriculture, showcasing its significance and exploring various facets within the field. Several impediments, spanning theoretical, methodological, personal, and practical realms, hinder or impede the implementation of sustainable agricultural practices, consequently contributing to what is commonly referred to as the implementation gap.
Researchers from the University of Cambridge discovered that a significant portion, specifically two-thirds, of emissions stemming from fertilizers occur subsequent to their application onto fields. The pressing imperative to diminish carbon emissions from fertilizers must be approached thoughtfully, considering the crucial aspect of global food security.
Previous studies have indicated that approximately 48% of the global population relies on crops cultivated with synthetic fertilizers, and with the world’s population anticipated to increase by 20% by 2050, this balance becomes increasingly paramount.
The researchers at Cambridge assert that addressing fertiliser emissions necessitates a blend of scalable technological advancements and strategic policy measures to uphold food security. Their estimation suggests that implementing such solutions on a larger scale could potentially curtail emissions from both manure and synthetic fertilisers by up to 80%, reducing them to a mere one-fifth of present levels, all the while maintaining current productivity levels. These findings have been documented in the journal Nature Food.
LKB Biofertilizer Sdn. Bhd. has been dedicated to advancing sustainable agricultural development since its establishment. The company is committed to enhancing soil quality and bolstering crop yield productivity, aligning with the overarching objective of ensuring food security. The establishment of Topland Biofertilizer, developed through in-house biotechnology, has garnered recognition for successfully meeting objectives. Its enduring application has yielded remarkable results in both the quality and quantity of production, affirming its efficacy over the long term.
Topland Biofertilizer is meticulously formulated with soluble, balanced nutrients to enhance crop absorption. The inclusion of highly effective and beneficial microorganisms ensures optimal performance. This allows planters to apply minimal amounts of biofertilizer without compromising production, while still achieving optimal results. Additionally, utilizing this biofertilizer empowers planters and farmers to achieve cost savings across labour, time, storage, and transportation. Furthermore, it contributes to energy conservation and supports eco-environmental protection efforts.
