Protection of flood and soil erosion by Vetiver Plantation : An experiment at three G.P.s of Arambagh Block in Hooghly District. Arambagh faces severe.

Slides:



Advertisements
Similar presentations
Chapter 15, Section 2: Crops & Soil Standards: SEV4a, b, c
Advertisements

Soil Conservation Section 3 Ms. Musich.
Rain Gardens for Clean Streams. Did you know? Up to 70% of pollution in streams, rivers and lakes comes from storm water runoff. rivers and lakes comes.
Chapter 15/14 Soil Resources. Soil  Uppermost layer of Earth’s crust that supports plants, animals and microbes  Soil Forming Factors  Parent Material.
Sedimentation Lesson five: Reducing Sedimentation.
Chapter 12: Weathering.
RURAL GEOGRAPHY Many of the farmers who grow crops in South West India are subsistence farmers, growing rice on an intensive scale. Despite their hard.
Sustainable Agriculture
Lecture #3 Ways We Use and Abuse Soil & Other Ag Resources
Soil Erosion and Conservation Developed 9/15/2000 by: Brian Matchett Sara Moyer.
Ms. Gripshover Landscaping Unit 16. » Identify the different methods of harvesting plant materials used by the nursery » trade. » Prepare for planting.
Desertification: is the process by which land becomes desert.
Discussion and Activity Environmental Science.  Soil Particles  Water Films and Trapped Gases in Pores  Solids and Aggregates.
Crop Farming and Sustainability The good and the bad.
Patterns in Environmental Quality and Sustainability Soil and Change.
The Sahara & North Africa. A fertile, watered area in the midst of a desert. This is where most of the people of the desert live.
Andy Bradford Vetiver, the miracle grass Vetiver zizanioides.
Chapter 12: Farming and the Environment. How Agriculture Changes the Environment Agriculture one of our greatest triumphs and sources of environmental.
Chapter 7 Weathering and Soil
Types of Agriculture and Farming Practices
Empowering women and increasing women participation through “All Women Scheme” in Gurap G. P. under Dhaniakhali Block in Hooghly District SUCCESS STORY-
Year09-10 Geog Sabah Field Trip 04-07Dec2009 Man-Land Interaction.
Unit C1. Basic Principles of Agricultural/Horticultural Science.
Sustainable Land Use SC.912.L Land Resources  Land is a resource that provides space for human communities and raw materials for industry  Land.
Resources. What are Resources? Humans are most consistently impacting their environment through their quest for resources. – The types of resources are.
Ch. 8 Weathering and Soil Formation. Section 3: Soil Conservation The Value of Soil – Sod is the think mass of tough roots at the surface of the soil.
Rainforest revision. Here is the answer: what is the question?  Adaptation  Emergent  Forest floor  Sustainable development  Eco tourism  Cattle.
Weathering and Erosion
Human Impacts on Ecosystems: Agricultural Use SVN3E.
Soil. Soil Formation Over many years, weathering and erosion will cause the formation of soil. Soil is the loose, weathered material on the Earth’s surface.
5. Terracing This practice is applied to reduce soil erosion and/or to retain run-off for moisture conservation, and consists of an earth embankment, or.
Unit C. Basic Principles of Agricultural/Horticultural Science.
You have learnt from the lessons in the earlier Modules that soil properties influence soil health. These soil properties in turn are affected by the agricultural.
Successful implementation of M.G.N.R.E.G.S at Rajkanika Block, Dist-Kendrapara.
Soil Erosion.
Agroforestry and Sustainable Vegetable Production Case Study: Nghia Trung Village, Bu Dang District, Binh Phuoc Province, Vietnam.
Natural Resources.
Essential Question: How does human activity affect the Earth’s surface?
Water table is at or near land surface Saturated seasonally or permanently Swamps Marshes Bogs.
WIND ERROSION. Wind Errosion HASEEB ZAHID Mahies 2008-ag-1708 Semester: 7 th Dept:AGRONOMY.
THE EARTH’S RESOURCES AND POLLUTION. Soil Degradation Scientist’ studies and the experiences of farmers have shown that the most productive soil, or the.
Soil Erosion Eric Angat Teacher. Terracing and Contour plowing Terracing and contour plowing slows down erosion by slowing runoff. Runoff is water flowing.
Soil 5.2.
Soil Erosion. What is soil erosion? A natural process of soil moving from one place to another.
Soil erosion or degradation is a natural process. It becomes a problem when human activity causes it to occur much faster than under natural conditions.
Forests are natural sources to human civilization. Nature Consists of rivers, mountain, hills, lakes and forests etc. Forests stand on the back of mountains.
Soil Erosion. Objective 1: Explain soil erosion.  What is soil erosion?  I. Soil erosion is the process by which soil is moved.  As soil is eroded,
Lesson 7. Understanding Soil Degradation. Next Generation Science/Common Core Standards Addressed ! HS-ESS2-2 Analyze geoscience data to make the claim.
Erosion 11/19/08. Soil Erosion  erosion is the removal of material from one place and its transport toward another by the action of wind or water both.
CHAPTER 2 NATURAL RESOURCES AND THEIR CONSERVATION LAND RESOURCE.
Weathering, Erosion, and Rivers Chapters 7 and 9
Desertification is the Process by which Land becomes Desert
Mitigation of soil erosion
Rain Gardens for Clean Streams
Unit 4: Environmental Science
Soil Erosion & Conservation in Darjeeling
Soil Conservation.
Soil.
Soil Conservation.
Land Resource Land is finite and valuable resource on which we depend for our housing, food, fibre and fuel wood. Soil, especially the top soil is considered.
Introduction to Agriculture, Food, and Natural Resources
Soil Erosion Explain why soil is important.
is the process by which land becomes desert
Soil Conservation.
An Approach to Incorporate Climate Resilient Planning Process
Agricultural Techniques
Agricultural Techniques
What is soil erosion? Soil erosion is the process by which soil is moved. When soil is eroded, it may become pollution in the water or air. The land where.
50 year career achievement of
Land Resources Why is land considered a resource?
Presentation transcript:

Protection of flood and soil erosion by Vetiver Plantation : An experiment at three G.P.s of Arambagh Block in Hooghly District. Arambagh faces severe flood every year by its two main rivers namely Dwarkeswar and Mundeswari. In addition, river bank erosion resulting in the loss of fertile top soil has severe consequences on the lives and livelihoods of people residing in the adjoining areas. The traditional efforts to protect river banks against flood and soil erosion by high cost engineering and structural designs does not appear to be cost effective and sustainable solution to this perennial problem. The Block administration took refuge to indigenous ways by planting Vetiver grass through MGNREGS to protect river banks and adjoining fields from soil erosion and flood. PRE-WORK PHOTO SUCCESS STORY- II

The scientific name of Vetiver is Chrysopogon Zizanioides. It grows on any kind of soil — sandy, loamy, clayey, alkaline, acidic, saline, polluted with heavy metals — and tolerates very heavy rainfall as well as prolonged drought. The most important property of this plant is its ability to survive in total submergence in flood water for as long as five months. As a result, it is an excellent anti-erosion plant in warm climates and that unlike most grasses, it does not form a horizontal mat of roots. Rather, the roots grow exclusively 2-4 meters downward, which is deeper than some tree roots. Hedges made from vetiver can act as an excellent protection soil from erosion. The roots bind to the soil and block runoff of surface water. An interesting feature of the grass is that the more it is eaten by cows after it grows to a substantial length the more it grows, which is because of the existence of ‘lipase’, a substance helps it to grow faster. Procured Vetiver plants Work of planting Vetiver started

In addition, the cost incurred for this scheme is about 1/10 th as compared to other traditional methods usually adopted for protection against soil erosion and flood. 3 schemes of Vetiver plantation were approved in Moloypur-I, Moloypur-II and Arandi-II Gram Panchayats. Balia village of Moloypur-I G.p. was selected as pilot G.P. for execution of the said scheme. The required numbers of vetiver plants were procured from reputed Bio-engineering farm of Assam. The stages involved in vetiver plantation: 1. Cutting and clearing light jungles and trees 2. Earth work in bank trimming to the designed section slopes including removing the spoils depositing in the bank or toe of the embankment. 3. Dressing of slope, planting of permanent hedges including digging of trenches, refilling excavated earth with farmyard manure. 4. Plantation at site. Preparation of land for Vetiver Clearing of weeds at work site

With implementation of this scheme, not only a fair numbers of persondays were generated but also a stretch of 300 meters of river bank (west side) of river Mundeswari have been protected from flood and soil erosion. The Scheme at a glance Name of the scheme : Anti erosion measure with innovative VS-9 Vetiver system at Balia Village against the erosion of Mundeswari River(West side) at Sonai Paramanik`s Land Length : 300 metreTotal persondays generated – 4112 Scheme code : 15/09/06/07/008Date of commencement – Estimated cost :4,39,650/-Date of completion Name of the scheme : Anti erosion measure with innovative VS-9 Vetiver system at Balia Village against the erosion of Mundeswari River(West side) at Sonai Paramanik`s Land Length : 300 metreTotal persondays generated – 4112 Scheme code : 15/09/06/07/008Date of commencement – Estimated cost :4,39,650/-Date of completion Planting Vetiver in dug up trenches by S.D.O. Arambagh Grown up Vetiver plants