Authors :
Md. Shah Jamal Choudhury
Volume/Issue :
Volume 8 - 2023, Issue 11 - November
Google Scholar :
https://tinyurl.com/4dxeeky5
Scribd :
https://tinyurl.com/4xs23usf
DOI :
https://doi.org/10.5281/zenodo.10218421
Abstract :
Agriculture, being the backbone of
Bangladesh's economy, faces formidable challenges
stemming from conventional irrigation practices.
Inefficient water and energy usage, coupled with
environmental repercussions, pose a threat to
agricultural sustainability. The RareRipe Climate Smart
Irrigation Model emerges as a transformative solution,
addressing these challenges with a focus on cost-
effectiveness, energy efficiency, and environmental
friendliness, particularly in vegetable production.
The article delves into prevalent issues such as
unsustainable irrigation methods, inefficient energy
usage, and the limited adoption of climate-smart
technologies. Fossil fuel-based irrigation contributes to
environmental degradation, exacerbating concerns about
long-term agricultural viability. The research identifies
barriers hindering the adoption of solar-powered
irrigation, emphasizing the need for tailored solutions,
especially in vegetable farming.
The RareRipe Climate Smart Irrigation (RRCSI)
model introduces features such as energy-efficient
irrigation pumps, solar energy integration, and cost-
effective irrigation packages. The study aims to
understand adoption barriers, assess environmental and
economic impacts, and evaluate scalability. Smallholder
farmers, constituting a significant part of Bangladesh's
agricultural landscape, are a focal point, ensuring
inclusivity in sustainable development.
Aligned with global agendas like the Sustainable
Development Goals (SDGs), the research evaluates how
the RareRipe Climate Smart Irrigation (RRCSI) Model
contributes to broader sustainability objectives,
including no poverty, zero hunger, affordable & clean
energy and climate action. The findings offer insights for
evidence-based decision-making, informing policies,
guiding good agricultural practices, and influencing
investment strategies.
The RareRipe Climate Smart Irrigation Model
stands as a potential game-changer in Bangladesh's
agriculture, addressing energy security, climate-responsive practices, and environmental impacts. The
study advocates for a transition from traditional, energy-
intensive irrigation to renewable energy, emphasizing
the model's cost-effectiveness and eco-friendly attributes.
As agriculture strives to meet increasing food demands
amidst climate challenges, the RareRipe Climate Smart
Irrigation (RRCSI) Model presents a promising avenue
for sustainable and resilient vegetable production in
Bangladesh.
Agriculture, being the backbone of
Bangladesh's economy, faces formidable challenges
stemming from conventional irrigation practices.
Inefficient water and energy usage, coupled with
environmental repercussions, pose a threat to
agricultural sustainability. The RareRipe Climate Smart
Irrigation Model emerges as a transformative solution,
addressing these challenges with a focus on cost-
effectiveness, energy efficiency, and environmental
friendliness, particularly in vegetable production.
The article delves into prevalent issues such as
unsustainable irrigation methods, inefficient energy
usage, and the limited adoption of climate-smart
technologies. Fossil fuel-based irrigation contributes to
environmental degradation, exacerbating concerns about
long-term agricultural viability. The research identifies
barriers hindering the adoption of solar-powered
irrigation, emphasizing the need for tailored solutions,
especially in vegetable farming.
The RareRipe Climate Smart Irrigation (RRCSI)
model introduces features such as energy-efficient
irrigation pumps, solar energy integration, and cost-
effective irrigation packages. The study aims to
understand adoption barriers, assess environmental and
economic impacts, and evaluate scalability. Smallholder
farmers, constituting a significant part of Bangladesh's
agricultural landscape, are a focal point, ensuring
inclusivity in sustainable development.
Aligned with global agendas like the Sustainable
Development Goals (SDGs), the research evaluates how
the RareRipe Climate Smart Irrigation (RRCSI) Model
contributes to broader sustainability objectives,
including no poverty, zero hunger, affordable & clean
energy and climate action. The findings offer insights for
evidence-based decision-making, informing policies,
guiding good agricultural practices, and influencing
investment strategies.
The RareRipe Climate Smart Irrigation Model
stands as a potential game-changer in Bangladesh's
agriculture, addressing energy security, climate-responsive practices, and environmental impacts. The
study advocates for a transition from traditional, energy-
intensive irrigation to renewable energy, emphasizing
the model's cost-effectiveness and eco-friendly attributes.
As agriculture strives to meet increasing food demands
amidst climate challenges, the RareRipe Climate Smart
Irrigation (RRCSI) Model presents a promising avenue
for sustainable and resilient vegetable production in
Bangladesh.