| What does regenerative agriculture aim to achieve? | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | 0 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. | 1 | [{"evidence_id":"B000007","location":{"page":1,"block":7,"bbox":[81.85,273.99,517.2,383.24],"column":null,"reading_order":7}}] | 1.0 | valid |
| What does regenerative agriculture offer as a sustainable pathway? | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | 0 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. |
| What benefits do regenerative agriculture practices provide? | These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | 233 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. | 1 | [{"evidence_id":"B000007","location":{"page":1,"block":7,"bbox":[81.85,273.99,517.2,383.24],"column":null,"reading_order":7}}] |
| What role does regenerative agriculture play according to scientific evidence? | Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | 402 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. |
| What does regenerative agriculture provide for long-term agricultural productivity and environmental sustainability? | Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | Regenerative agriculture offers a sustainable pathway to restore soil quality, and improve crop
performance by integration of diverse practices i.e. no-tillage, crop diversification, cover crop,
agro-forestry and organic amendments. These practices enhance soil structure, water retention,
infiltration, nutrient cycling and microbial activity leading to resilient cropping systems with
stable yields. Scientific evidences from different land use systems revealed its role in decreasing
input dependency, mitigating climate change through C sequestration and strengthening
ecosystem services. Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | 593 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | Thus, it provides a holistic approach for long-term agricultural productivity
and environmental sustainability. | 1 | [{"evidence_id":"B000007","location":{"page":1,"block":7,"bbox":[81.85,273.99,517.2,383.24],"column":null,"reading_order":7}}] |
| What does regenerative agriculture emphasize as an ecologically grounded farming strategy? | EGENERATIVE agriculture (RA) is an ecologically
grounded farming strategy that emphasizes on
improving biodiversity, rebuilding soil
health, increasing ecosystem resilience,
improving nutrient cycling, sustaining
crop yield, and restoring landscape
functions while preserving or enhancing
farm profitability. | EGENERATIVE agriculture (RA) is an ecologically
grounded farming strategy that emphasizes on
improving biodiversity, rebuilding soil
health, increasing ecosystem resilience,
improving nutrient cycling, sustaining
crop yield, and restoring landscape
functions while preserving or enhancing
farm profitability. The approach of RA is
based on sets of guiding principles and
objectives where practitioners of RA uses
various tactics that integrate ecological
and biological processes with the aim
of increasing agricultural production
and restoring soil quality and landscape
functionality. The objective of RA is
not to restore the native pre-agriculture
biology and ecology functions, but to
leverage ecological processes in nature
with the agriculture systems to enhance
farming system health. Unlike the
conventional practices that degrade soil
fertility and structure through intensive
tillage, injudicious use of fertilizers and
other agro-chemicals, mono-cropping
and faulty irrigation practices, RA
employs agricultural practices such
as
conservation
agriculture
(CA), |
| Who coined the term 'regenerative agriculture' and in what year? | The term “regenerative agriculture” was
coined by Gabel in 1979, | soil processes. The term “regenerative agriculture” was
coined by Gabel in 1979, then Rodale further developed
the concept of RA organic farming to include various
options that encompass a holistic approach with a focus
on social and environmental improvements without the
use of synthetic fertilizers and other agro-chemicals. | 16 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | The term “regenerative agriculture” was
coined by Gabel in 1979, | 2 | [{"evidence_id":"B000026","location":{"page":2,"block":1,"bbox":[45.35,45.58,293.77,119.0],"column":0,"reading_order":1}}] | 1.0 | valid |
| What did Rodale contribute to the concept of regenerative agriculture? | then Rodale further developed
the concept of RA organic farming to include various
options that encompass a holistic approach with a focus
on social and environmental improvements without the
use of synthetic fertilizers and other agro-chemicals. | soil processes. The term “regenerative agriculture” was
coined by Gabel in 1979, then Rodale further developed
the concept of RA organic farming to include various
options that encompass a holistic approach with a focus
on social and environmental improvements without the
use of synthetic fertilizers and other agro-chemicals. | 81 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | then Rodale further developed
the concept of RA organic farming to include various
options that encompass a holistic approach with a focus
on social and environmental improvements without the
use of synthetic fertilizers and other agro-chemicals. | 2 | [{"evidence_id":"B000026","location":{"page":2,"block":1,"bbox":[45.35,45.58,293.77,119.0],"column":0,"reading_order":1}}] | 1.0 | valid |
| What have scientific studies demonstrated about regenerative agriculture? | Since then, scientific studies have demonstrated that
RA can significantly enhance soil physico-chemical and
biological attributes. | Since then, scientific studies have demonstrated that
RA can significantly enhance soil physico-chemical and
biological attributes. According to Food and Agricultural
Organization (FAO), RA practices have adopted the
practices to go beyond the “do no harm” principles of
sustainable agriculture. | 0 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | Since then, scientific studies have demonstrated that
RA can significantly enhance soil physico-chemical and
biological attributes. | 2 | [{"evidence_id":"B000027","location":{"page":2,"block":2,"bbox":[303.31,45.58,552.43,119.0],"column":0,"reading_order":2}}] | 1.0 | valid |
| What does the FAO state about the principles of regenerative agriculture practices? | According to Food and Agricultural
Organization (FAO), RA practices have adopted the
practices to go beyond the “do no harm” principles of
sustainable agriculture. | Since then, scientific studies have demonstrated that
RA can significantly enhance soil physico-chemical and
biological attributes. According to Food and Agricultural
Organization (FAO), RA practices have adopted the
practices to go beyond the “do no harm” principles of
sustainable agriculture. | 132 | factual | 1.0 | https://epubs.icar.org.in/index.php/IndFarm/article/download/173371/63507/499860 | According to Food and Agricultural
Organization (FAO), RA practices have adopted the
practices to go beyond the “do no harm” principles of
sustainable agriculture. | 2 | [{"evidence_id":"B000027","location":{"page":2,"block":2,"bbox":[303.31,45.58,552.43,119.0],"column":0,"reading_order":2}}] | 1.0 | valid |