1 Dholera Soil Reclamation Dholera Soil Reclamation.

Slides:



Advertisements
Similar presentations
IN THE NAME OF ALLAH, THE COMPASSIONATE, THE MERCIFUL.
Advertisements

Antony Lenehan.  Site and soil  Effluent quality and quantity  Application systems- above ground or below ground  Crop/vegetation selection and.
Gregg Carlson, David Clay, Doug Malo, Sharon Clay, and Cheryl Reese.
Cassava Starch Complex
Water Saving in Rice Cultivation. Rice is a water intensive crop. Preferably it is not grown in areas with scarce groundwater resources It remains popular.
VRTI’s Efforts on Water Resource and Salinity Management in Agriculture CS Pawar, Amit Ghosh, Kumar Satyamurti and KC Shroff Shree Vivekanand Research.
Enrichment of Trace Metals in an Ultisol Impacted by Applied Broiler Litter Irenus A. Tazisong Zachary Senwo Robert Taylor.
KISSAN JAN BHOOMI PVT. LTD H.F-6. COW PHOTO 4.
Central Bureau of Statistics Ministry of Planning and National Development Department of Resource Surveys and Remote Sensing Ministry of Environment and.
Arne Grønlund and Daniel P. Rasse Norwegian Institute for Agricultural and Environmental Research Division for Soil and Environment Carbon loss from cultivated.
Module IV: Field Preparation Lesson 1: Field Preparation for Chili Pepper Cultivation After completing one Lesson in this Module, you have learned to answer:
Module VII: Cropping Systems for Chili Pepper Cultivation Lesson 3: Transplanting Chili Pepper After completing this lesson, you have learned to answer:
Triticale For P Removal Brad Brown University of Idaho 2008 Idaho Nutrient Management Conference.
SOIL HEALTH MANAGEMENT FOR ENHANCING PRODUCTIVITY
WATER- “ The Source of Life”  All the water that will ever be is, right now. -National Geographic  Water has become a highly precious resource. There.
Cost-Benefit Analysis of Pipes and Risers Irrigation System in Northern Victoria, Australia Asia Climate Change Adaptation Project First Training in Economics.
Small enterprise as a seedbed of entrepreneurship
Bangladesh: Basic Facts Presented by: Syed Amdadul Huq Research Director (a.i.), FPMU 22/02/10 Presentation to Cambodian Food Security Team.
NATURAL RESOURCES  LAND  WATER  VEGETATION LAND National Bureau of Soil Survey and Land Use and Planning(NBSS&LUP )
Soil suitability and management for banana production
Implementation of MGNREGS in Andhra Pradesh In India Agriculture based Livelihoods: Opportunities and Potential 1 Government of Andhra Pradesh, India.
Pro's and con's of reduced tillage in maize with respect to weeds Rommie van der Weide Hilfred Huiting, Piet Bleeker en Marleen Riemens.
Nongkran Maneewan Land Development Department, Thailand.
Subsurface drainage – Investigations
Colorado Division of Reclamation, Mining & Safety Idarado Natural Resource Damage Remediation Project CDRMS Office Locations Denver Grand.
. Introduction Rice crop is sensitive to water stress causing reduction in quality and quantity of yield. Therefore management of irrigation is of uttermost.
An Application of Field Monitoring Data in Estimating Optimal Planting Dates of Cassava in Upper Paddy Field in Northeast Thailand Meeting Notes.
There are many edible vegetables belongs to Cucurbitaceous family, many of which are commercially grown in the field for domestic and international market.
KRISHI KARMAN AWARDS MEETING OF THE SCREENING COMMITTEE Date: 14 th December’2013 Krishi Bhawan, New Delhi.
Introduction Mango can be propagated by stone grafting, veneer grafting, soft wood grafting, inarching and saddle grafting methods, However stone grafting.
Coping with water scarcity Crop and Environmental Sciences Division International Rice Research Institute Los Baños, Philippines.
Green Water Credit: Cost Benefit Analysis of Soil and Water Conservation Practices in the Upper Tana Catchment Off Site Cost Benefit Analysis Esther Njuguna,
Special Economic Zones And their impact on Export Promotion May 17, 2007 Vivek Mehra.
NextEnd. INTRODUCTION  Mango trees grow best on a slight slope which enables runoff of excess water and prevents water logging.  Depressions or basins.
National Workshop on FSM, March 17, 2015
 Basin irrigation is still used today. It consists of a field enclosed by a raised bank called a dike. The water is allowed to flood the field and the.
Next End.  Mango grows on wide range of soils, such as lateritic, alluvial, sandy and sandy loam.  Although it grows well in high to medium fertile.
CULTURAL PRACTICES UNDER INM IN TOMATO.  Groups of vegetables are grown on different sections of a plot of ground each year  Helps in maintaining the.
Green Water Credit: Cost Benefit Analysis of Soil and Water Conservation Practices in the Upper Tana Catchment Off Site Cost Benefit Analysis Esther Njuguna,
Next End. S OIL SUITABILITY AND MANAGEMENT FOR MANGO PRODUCTION PreviousNext End Mango grows on wide range of soils, such as lateritic, alluvial, sandy.
Prepared by: Mrs. Savita Kukreti Pawar Public school Kandivali.
WATER LOGGING & SALINITY
1 DOUBLE DIGIT GROWTH ACTION PLAN REPALLE MANDAL GUNTUR DISTRICT 2.
Virtual Academy for the Semi Arid Tropics Course on Pearl Millet Production Practices Module IV Field Preparation for Pearl Millet Cultivation There are.
Effect of Compaction of Soil Surface to Increase Herbicide Effect in Upland Rice Cultivation By THAN TOE DEPUTY SUPERVISOR MYANMAR AGRICULTURE SERVICE.
After completing this Lesson, you have learned to answer: 1.Describe the practiced systems of pearl millet sowing? 2.Which system of pearl millet sowing.
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.
PURE WATER FOUNDATION CHENNAI Green Initiatives – Sludge and Septage Management by Dr.S.S.Sivakumar & Jennifer Pandiyan.
Introduction Well drained upland field with sandy loam soil near irrigation source is selected for bed preparation. 500m 2 nursery produces seedling sufficient.
Lecture 34 Leaching requirements - irrigation and drainage water quality recycling of drainage water for irrigation.
Introduction Potato production through TPS is recommended as almost no virus causing disease in potato transmitted by botanical seed. TPS sowing approaches.
Introduction Main objective of wet nursery is to obtain healthy, vigorous and uniform seedlings of appropriate age for transplanting as they establish.
Sustainable Agriculture Practices. Conventional tillage  incorporates most of the previous crop’s residue into the ground  leaves the surface exposed.
Water Logging in Keshabpur: A Focus to the Coping Strategies of the People by Neelopal Adri Royal Holloway, University of London.
Developing the Land Growing Biodiversity Conservation.
Mrs. Halkiades CCCHS Fall Lawns  Major part of most home landscapes 1. Add beauty 2. Play areas 3. Cover to control soil erosion.
AGROFORESTRY:OPORTUNITIES for SLM Dr. Sanginov Sanginboy, GIZ, Land use planning expert, Chon-Kemin, UCA, Agroforestry workshop, 13 May 2014.
(Market value of cowpea pod :maize seed = 1.14 :1 ) A comparative study of Conservation Agriculture Production Systems (CAPS) for tribal people of Odisha,
WHAT IS A GARDEN AND / OR FAMILY FARM?  This booklet aims to help you better understand the different productive activities that can develop in the.
Challenges & Opportunities for Economically & Environmentally Sustainable Development A Port’s Perspective.
Possible Changes to the System: INPUTS What goes in to make it work HUMAN/ECONOMICHUMAN/ECONOMIC PHYSICALPHYSICAL PROCESSES Activities carried out to turn.
Survey & Reclamation of soil Prepared by M. U
Directorate of Agriculture Engineering Govt. of Madhya Pradesh, Bhopal
Reduced tillage and cover crops as a strategy for mitigating atmospheric CO2 increase through soil organic carbon sequestration in dry Mediterranean agroecosystems.
Adare, Co. Limerick. Ireland. Tel: Web:
Soil Erosion & Conservation in Darjeeling
Super Absorbent Polymer For Agriculture
Saline Soil.
IN THE NAME OF ALLAH, THE COMPASSIONATE, THE MERCIFUL
Sustainable Agriculture Practices
Presentation transcript:

1 Dholera Soil Reclamation Dholera Soil Reclamation

2 Erstwhile flourishing Port of Dholera, Gujarat, India Erstwhile flourishing Port of Dholera, Gujarat, India Q Barren Uncultivable Land Q High Soil Salinity  Lack of Drainage Dholera Soil Reclamation Dholera Soil Reclamation

3 Soil Sampling Land Survey Dholera Soil Reclamation Dholera Soil Reclamation

4 Soil Sampling Dholera Soil Reclamation Dholera Soil ReclamationSampleTBCAzotoPSBHalophilepHOC% NaCl % Soil sample > 10 7 NONONO

5 Dholera Soil Reclamation Dholera Soil Reclamation

6 ABC DE 5m5m5m 5m 5m5m 5m 1% Acid Wash Water Wash

7 Raised Bed Formation Dholera Soil Reclamation Dholera Soil Reclamation

8 Water Wash Plot A, B & C Dholera Soil Reclamation Dholera Soil Reclamation

9 1% Acid Wash Plot D & E 1% Acid Wash Plot D & E Dholera Soil Reclamation Dholera Soil Reclamation

10 Control Plot Dholera Soil Reclamation Dholera Soil Reclamation Ploughing 6” soil Allow 24 to 48 hrs sun drying Soil Washing Impound 20kl water 1st~24 hrs Impound 20kl water 2nd~24hrs Impound 20kl water 3rd~24hrs Crop Sown Sesbania sp (green manure crop)

11 Dholera Soil Reclamation Dholera Soil Reclamation Ploughing 6” soil Allow 24 to 48 hrs sun drying Soil Washing Impound 20kl water 1st~24 hrs Impound 20kl water 2nd~24hrs Impound 20kl water 3rd~24hrs Crop Sown Sesbania sp (green manure crop) Gypsum Plot

12 Dholera Soil Reclamation Dholera Soil Reclamation Soil Washing Impound 20kl water 1st~24 hrs Impound 20kl water 2nd~24hrs Impound 20kl water 3rd~24hrs Crop Sown Sesbania sp (green manure crop) Ploughing 6” soil Allow 24 to 48 hrs sun drying Celrich+ Plot

13 Dholera Soil Reclamation Dholera Soil Reclamation 1% Acid Treatment Spraying 100 ltr on surface Soil Washing Impound 20kl water 1st~24 hrs Impound 20kl water 2nd~24hrs Impound 20kl water 3rd~24hrs Crop Sown Sesbania sp (green manure crop) Ploughing 6” soil Allow 24 to 48 hrs sun drying Celrich+Plot

14 Dholera Soil Reclamation Dholera Soil Reclamation 1% Acid Treatment Spraying 100 ltr on surface Soil Washing Impound 20kl water 1st~24 hrs Impound 20kl water 2nd~24hrs Impound 20kl water 3rd~24hrs Crop Sown Sesbania sp (green manure crop) Ploughing 6” soil Allow 24 to 48 hrs sun drying Celrich + Gypsum Plot

15 Dholera Soil Reclamation Dholera Soil Reclamation Plot A – Water Wash - Control Plot SampleTBCAzotoPSBHalophilepHOC%NaCl% Soil sample> 10 7 NO Control plot1.0 X X 10 4 NO days of sowing1.3 X X 10 5 NO After 2months > X 10 4 NO

16 Plot B – Water Wash - Gypsum Dholera Soil Reclamation Dholera Soil Reclamation SampleTBCAzotoPSBHalophilepHOC%NaCl% Soil sample> 10 7 NO kg gypsum1.5 X X 10 4 NO days of sowing1.0 X X X 10 4 NO After 2months1.0 X X 10 5 NO

17 Plot C – Water Wash - Celrich+ Dholera Soil Reclamation Dholera Soil Reclamation SampleTBCAzotoPSBHalophilepHOC%NaCl% Soil sample> 10 7 NO kg Celrich [C]4.5 X X X 10 4 NO days of sowing2.0 X X X 10 4 NO After 2months> X X 10 4 NO

18 Plot D - 1% Acid Wash – Celrich+ Dholera Soil Reclamation Dholera Soil Reclamation SampleTBCAzotoPSBHalophilepHOC%NaCl% Soil sample> 10 7 NO kg Celrich> X X 10 4 NO days of sowing1.5 X X X 10 4 NO After 2months1.4 X X X 10 4 NO

19 Dholera Soil Reclamation Dholera Soil Reclamation Plot E - 1% Acid Wash – Celrich + Gypsum SampleTBCAzotoPSBHalophilepHOC%NaCl% Soil sample> 10 7 NO kg Cel+50kg Gyp1.8 X X X 10 4 NO days of sowing7.0 X X X 10 4 NO After 2months1.3 X X X 10 4 NO

20 Dholera Soil Reclamation Dholera Soil Reclamation SampleTBCAzotoPSBHalophilepHOC%NaCl% Soil sample> NO Celrich sample5.4 X X X 10 4 NO Gypsum sampleNO 4.400

21 System 1: Big Beds & Channels (BBC) Cropping area Cropping area Slope < 0.8% towards a sub or main drain 10 m 10 m 10 m 1 m Ideal for areas close to sea, up to about 10 km from the sea and water table is in less than 2 m from the ground 50% area can come under cultivation with in 2 to 3 years & increase to 75% over years Dholera Soil Reclamation Dholera Soil Reclamation

22 System 2: Broad Bed & Furrow (BBF) Slope < 0.8% towards a sub or main drain Cropping area Ideal for areas beyond 10 km from the sea and water table is more than 2 m from the ground Almost 100% area can come under cultivation within 2 to 3 years 1.5 m Dholera Soil Reclamation Dholera Soil Reclamation

23 Thank You

24 Project Cost Project Economics ~ System 1:BBC Area : 50 ha Project year : 1st2nd3rd Total Land Preparation: Soil Amendment: per ton x 50he Green Manure: Crop Production nil Rs x 50he Capacity Building day x Rs.5000=Rs.3.5+Rs.1.68 Total Cost Administrative Exp Project Cost Main & Sub-drainage cost not included in above estimation Dholera Soil Reclamation Dholera Soil Reclamation

25 Project Cost Project Economics ~ System 2:BBF Area : 50 ha Project year: 1st2nd3rd Total Rs. in Lacs Rs. in Lacs Rs. in Lacs Rs. in Lacs Land Preparation: Soil Amendment: per ton x 50he Green Manure: x3 yr Crop Production nil Rs x 50he Capacity Building day x Rs.5000=Rs.3.5+Rs.1.68 Total Cost Administrative Exp Project Cost Main & Sub-drainage not included in above estimation Dholera Soil Reclamation Dholera Soil Reclamation

26 Project Benefits ~ Saline Soil Reclamation Project Unit System 1: BBC ~ System 2: BBF Project Cost Rs. in Lacs Crop Cultivation Rs. InLacs/ 10 yrs Interest Rs. in Lacs / 10 yrs Total Cost Employment Opportunity Balance Cost Rs. in Lacs / 10 yrs Revenue Generation Rs. in Lacs /10 yrs Net Revenue Rs. in Lacs / 10 yrs Annualized ROI 18.50% 18.78% Revolving Fund Rs. in Lacs / 10 yrs Income Distribution Rs. in Lacs /10 yrs Dholera Soil Reclamation Dholera Soil Reclamation

27