联合国防治荒漠化公约

Prosopis cineraria based Agroforestry [印度]

  • 创建:
  • 更新:
  • 编制者:
  • 编辑者:
  • 审查者:

报告主体: India

澄清模板中描述的技术或其一部分是否包含在产权范围内。:

完整性: 74%

一般信息

一般信息

最佳实践的标题:

Prosopis cineraria based Agroforestry

国家:

印度

报告主体:

India

产权

澄清模板中描述的技术或其一部分是否包含在产权范围内。:

分类

指定地点的主要土地用途

  • 林地
  • 不毛之地

对荒漠化、土地退化和干旱(DLDD)措施的贡献

  • 防止
  • 缓解
  • 适应
  • 恢复

对战略目标的贡献

  • 改善受影响生态系统的状况
  • 通过有效执行《公约》产生全球效益

与其他最佳实践主题的联系

  • 能力建设和认知提高
  • DLDD和SLM的监控与评估/研究
  • 知识管理和决策支持

规范

第1节 最佳实践的背景:框架条件(自然和人类环境)

最佳实践的简短描述

Prosopis cineraria is a hardy,leguminous tree species of desert region.It is grown on farmers field for ages because of its multipurpose uses, soil fertility enhancing ability as well as symbiotic effect on associated crop yield. The stem density however varies from a few trees per hectare to 100 trees per hectare. The tree is lopped heavily in the onset of winter season which helps the winter crop. It provides valuable fodder for cattle and fire wood for domestic use (from the lopped material). The tender pods of Prosopis cineraria are used as vegetable and are the major ingredient of "Panchkuta"- a local delicacy. By virtue of its multipurpose uses it gives a kind of insurance to the farmers during drought and crop failure.  
Crops are taken in the interspaces during 'kharif' as well as 'rabi' depending on availability of irrigation facility. In rainfed area only 'kharif' crops are taken. Main crops area Vigna radiata, Panisetum glaucum, Cymopsis tetragonoloba, Sesamum indicum etc. during 'kharif'-rainy season and Brassica spp. in 'rabi'-winter season. Facilitating effects are observed on the crop yield because of increased nutrient availability and a balanced resource sharing between the tree and associated crops.
People of the Indian desert worship the species and the state government has declared it as the state tree owing to its importance in sustainable livelihood of the local people.

地点

Experimental area of AFRI, Jodhpur in Western Rajasthan|

如果该位置有明确的边界,请以公顷为单位说明其延伸范围。:

5.0

指定地点内的自然环境简介。

Arid soil with low water holding capacity, low nutrients|
Flat to undulating
Arid, rainfall ranging from 150 to 400 mm, and high wind velocity|

居住在该地点及/或附近居民的普遍社会经济状况

Right of land is with the farmers with long tenure
Agriculture, animal husbandry|
Highly variable depending on source of income, varies between INR 4045.00 and  INR 12294. People with both agriculture and animal husbandry practices have higher income.|

根据哪些标准和/或指标(与战略无关),在确定建议的实践和相应的技术是否被认为是“最佳”时,应该基于哪些标准和/或指标(与战略无关)?

AFRI is involved in niche discipline of research in Arid forestry. And this best practice has been shortlisted after analysis of various interventions and field trials.

第2节 解决的问题(直接和间接原因)和最佳实践的目标

最佳实践解决的主要问题

Scarcity of fodder in the region.|Fuel wood scarcity|Degraded lands with low production|Low soil quality

概述最佳实践解决的具体土地退化问题

Control of wind erosion and water erosion, improvement in land productivity and conservation of soil and water resources|

具体说明最佳实践的目标

Integration of trees in agriculture systems|Increasing overall production|Identify tree effects on soil properties

第3节 活动

按目标对主要活动进行简要的描述

Enhanced total yield|Increase fodder and fueldwood supply|Additional benefits of fruit of P. cineraria for vegetable
Increase tree component on agriculture land Improve soil quality by improving soil organic matter and nutrients|Improve soil quality by improving soil organic matter and nutrients
Soil improvement |Increase in carbon stock|Reduced soil losses|Control land degradation

第4节 涉及的机构/参与者(协作、参与、利益相关者的作用)

技术开发机构的名称和地址


ARID FOREST RESEARCH INSTITUTE|Arid Forest Research Institute,
P. O. Krishi Upaj Mandi, Basni,
New Pali Road,
Jodhpur-342005  (Rajasthan) INDIA

这项技术是合作开发的吗?

具体说明该技术推广的框架

  • 国家倡议——政府主导
  • 基于方案/项目的倡议

当地利益相关者(包括CSO)的参与是否促进了技术的开发?

居住在该地区和/或附近的居民是否参与了该技术的开发?

通过什么手段?:
  • 参与途径

分析

第5节 对影响的贡献

描述现场影响(按类别划分的两类主要影响)

Increase in land productivity
Increase in landscape value
Increase in carbon stock
Total increase in production per unit area

对生物多样性和气候变化的影响

解释原因:

By increasing fodder, fruit for vegetatble and fuelwood for energy generation|
Tree integration improves the soil health, nutrient and carbon dynamics which further conserve the natural resource conservation and improve the biodiversity of the region|
Increase in biomass results in carbon sequestration.

是否进行了成本效益分析?

是否进行了成本效益分析?:

第6节 采用和可复制性

该技术是否传播/引进到其他地方?

该技术是否传播/引进到其他地方?:

传播/引进到哪里?:

In western Rajasthan through Maru gauchar Yojana

可复制性

在您看来,您所提出的最佳实践/技术可以复制到其他地方,尽管有一定程度的适应?:

适应程度如何?:
  • 地方
  • 次国家

第7节 吸取的教训

与技术方面有关

May be adopted in similar climate for both economic and environmental benefits

模块