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Traditional wisdom on managing soil and water

                practices,  such  as  raised  beds  and  organic  mulching,   but also enhance soil health by improving its organic
                to manage  soil moisture  and prevent  waterlogging.   matter  content  and  microbial  activity. 6,37  This  is
                Raised bed farming involves creating elevated planting   particularly  relevant  for smallholder  farmers  in
                beds  to  improve  soil  drainage  and  aeration,  crucial   developing  regions who may have  limited  access  to
                for managing excessive moisture in clayey soils. This   modern agricultural inputs.
                technique  has  been  demonstrated  to  improve  crop
                yields and soil health by preventing waterlogging and   5.3. Cultural and local adaptation
                promoting  root growth. 121,122  Organic  mulching,  the   Traditional  knowledge  is inherently  adapted  to  local
                application of organic materials, such as straw or leaf   environmental  conditions  and cultural  practices.  For
                litter, helps  conserve  soil  moisture,  prevent  erosion,   example,  water conservation techniques, such as
                and add organic matter to the soil. Mulching has been   bunding  and  check  dams,  which  have  been  used  for
                effective  in  maintaining  soil  structure  and  increasing   centuries  in  regions  like  Bundelkhand,  are  tailored
                water-holding  capacity,  thus  supporting  sustainable   to the specific hydrological and soil conditions of the
                agricultural practices in the Terai region. 123,124  Studies   area. 130,131   These  practices  often  integrate  indigenous
                have highlighted that organic mulching improves soil   knowledge of local  weather patterns,  soil types, and
                fertility  and  promotes  beneficial  microbial  activity,   water  resources,  making  them  highly  relevant  and
                resulting in improved crop performance. 6,125       effective for local contexts. 132

                5. Relevance of traditional knowledge in            5.4. Integration with modern technologies
                modern agriculture                                  Integrating traditional  knowledge with modern
                                                                    agricultural technologies can offer synergistic benefits.
                Traditional knowledge, with its deep roots in cultural   For instance, the use of raised beds in the Terai region,
                and ecological contexts,  remains  highly  relevant  in   a traditional  practice  for managing  clayey  soils, can
                modern  agriculture,  particularly  in the  realm  of soil   be  complemented  with  modern  irrigation  systems  to
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                management.  Despite  the  rapid  advancements  in   optimize water use and crop productivity.  Similarly,
                agricultural  technology  and  scientific  research,  many   combining  traditional  organic  manuring  practices
                traditional  practices  offer  compelling  advantages  that   with precision agriculture techniques can enhance soil
                align  with  contemporary  needs  for  sustainability  and   fertility  while  minimizing  environmental  impacts.
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                environmental stewardship.                          This  integration  can  lead  to  more  sustainable  and
                                                                    resilient agricultural systems.
                5.1. Environmental sustainability and resilience
                Traditional soil management practices often emphasize   5.5. Addressing climate change
                environmental sustainability, a concept that is increasingly   As  climate  change  continues  to  pose  significant
                crucial in the face of climate change. Techniques, such as   challenges to agriculture, traditional knowledge offers
                crop rotation, organic manuring, and water conservation,   valuable insights into climate adaptation and mitigation.
                deeply  embedded  in  traditional  knowledge  contribute   Practices such as intercropping  and mulching,  which
                to soil health and resilience. For instance, crop rotation,   have  been  used  for  centuries,  help  conserve  soil
                a common practice in traditional agriculture, helps   moisture, reduce erosion, and improve soil fertility,
                maintain  soil  fertility  by  preventing  nutrient  depletion   thereby  contributing  to  climate  resilience. 135,136   These
                and  disrupting  pest  and  disease  cycles. 126,127  This   traditional practices can be instrumental in developing
                practice aligns well with modern concepts of sustainable   adaptive strategies for changing climatic conditions.
                agriculture, which advocate for reducing reliance on
                chemical inputs and enhancing soil biodiversity. 128  6. Challenges and opportunities for integration

                5.2. Low-cost and resource-efficient practices      Integrating traditional  knowledge with modern
                Many traditional soil management practices are notably   agricultural  practices  involves  navigating  various
                low-cost  and  resource-efficient.  Organic  manuring,   challenges  while  seizing  opportunities  for  enhanced
                utilizing  locally  available  materials  such  as  compost   soil management. The coexistence of these approaches
                and animal dung, reduces the dependency on synthetic   can  lead  to  innovative  solutions  that  balance  cultural
                fertilizers, which can be expensive and environmentally   heritage  with  technological  advancement,  promoting
                harmful. 1,129  These practices are not only cost-effective   sustainable agricultural practices.



                Volume 22 Issue 2 (2025)                        9                            doi: 10.36922/AJWEP025060035
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