Sustainable Harvesting: Weed Waste Management for Environmental Preservation and Economic Growth

Sustainable Harvesting: Weed Waste Management for Environmental Preservation and Economic Growth

Chandra Mohan, Barkha Sharma, Amit Kumar Rawat, Chingakham Chinglenthoiba
Copyright: © 2024 |Pages: 18
DOI: 10.4018/979-8-3693-4264-0.ch005
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Abstract

Weed waste management stands at the confluence of environmental preservation, sustainable practices, and economic opportunities. This chapter delves into the multifaceted realm of weed waste management, particularly in the context of tree and vine cropping systems, emphasizing its significance in agricultural productivity, environmental conservation, and resource recovery. The chapter elucidates the diverse types of weeds and their impact on various ecosystems while exploring the principles of the waste-to-wealth approach. The scope of weed waste management encompasses environmental conservation, agricultural productivity, resource recovery, and economic opportunities. By adopting a waste-to-wealth approach, converting weed waste into valuable resources becomes pivotal. This involves practices such as composting, bioenergy production, material recycling, phytoremediation, education, and innovation.
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Introduction

Weed waste management refers to the proper handling, disposal, and potential utilization of waste derived from invasive plants, unwanted vegetation, or agricultural residues. Weed waste management stands at the intersection of environmental conservation, sustainable practices, and economic opportunity (Robertson et al., 2023). It involves the responsible handling, repurposing, and utilizing waste materials generated from invasive plants, unwanted vegetation, or agricultural residues (Saras et al., 2014). This approach, often called “Transforming Waste into Wealth,” focuses on converting these seemingly burdensome materials into valuable resources.

Weed control in tree and vine cropping systems significantly impacts the establishment, growth, and yield of crucial fruit and nut crops (Barua et al., 2015; Joshi et al., 2015; Meena et al., 2015). Various factors play a role in determining the most effective weed control strategies in orchards and vineyards (Aimara et al., 2020; Dalia et al., 2020). These factors comprise the types and density of weeds, the age of the crop, planting layout, irrigation systems, as well as the grower's available time, equipment, labor, and financial resources. Weed management strategies commonly encompass mechanical techniques like mowing or cultivation, chemical approaches such as preemergence or postemergence herbicide applications, and cultural methods like implementing cover crops. Typically, managers adopt an integrated approach, utilizing a combination of these methods to address weed challenges (Zheng et al., 2021). They may adapt their techniques over time in response to the changing needs and stages of the orchard or vineyard's life cycle.

Weeds, typically considered nuisances due to their invasive nature, possess untapped potential. Instead of merely disposing of them, innovative approaches can extract value from these materials (Ayangbenro et al., 2022). Transforming weed waste into wealth involves a paradigm shift towards sustainable practices, harnessing their inherent qualities to benefit the environment, society, and the economy. Adopting a waste-to-wealth approach involves converting these wastes into valuable resources, which can benefit the environment, economy, and society (Tirkolaee et al., 2023). Here's an overview of the scope and importance of weed waste management with a waste-to-wealth approach:

Scope of Weed Waste Management

Environmental Conservation: Invasive weeds can pose ecological threats by outcompeting native species, altering habitats, and impacting biodiversity. Managing weed waste prevents their spread and minimizes environmental damage.

Agricultural Productivity: Agricultural residues, including crop residues or weeds, can be recycled into biofuels, compost, or organic fertilizers. Proper management mitigates the negative impact of weed residues on soil quality and crop growth.

Resource Recovery: Weed waste contains organic matter that can be utilized for bioenergy production, composting, or as a raw material for other industries.

Economic Opportunities: Weed waste management offers avenues for creating new businesses, generating employment, and fostering innovation in waste conversion technologies.

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