Report on Soil Resource Mapping of District Shimla, Himachal Pradesh. Abstract

Similar documents
Report on Soil Resource Mapping of District Kangra, Himachal Pradesh

Inventory of Soil Resources of Dhalai District, Tripura State Using Remote Sensing and GIS Techniques

Inventory of Soil Resources of Dimapur District, Nagaland State Using Remote Sensing and GIS Techniques

Inventory of Soil Resources of Narmada District, Gujarat Using Remote Sensing and GIS Techniques

ABSTRACT. 2. Location : 31 o 04'16'' to 32 o 31'27'' North Latitudes and 74 o 30'38'' to 76 o 08'45'' East Longitudes

INVENTORY OF SOIL & LAND RESOURCES OF NALGONDA DISTRICT, TELANGANA STATE USING REMOTE SENSING TECHNIQUES

CHAPTER EXIT CHAPTER. Models of Earth. 3.1 Modeling the Planet. 3.2 Mapmaking and Technology. 3.3 Topographic Maps CHAPTER OUTLINE

Figure 2.1: Constituent Area

International Journal of Modern Trends in Engineering and Research e-issn No.: , Date: April, 2016

Chapter 3 SECTION 1 OBJECTIVES

Geography Class XI Fundamentals of Physical Geography Section A Total Periods : 140 Total Marks : 70. Periods Topic Subject Matter Geographical Skills

LANDFORM ANALYSIS AND SOIL RESOURCE INVENTORY USING REMOTE SENSING TECHNIQUE IN A WATERSHED OF UTTARANCHAL, INDIA

New National Curriculum Geography Skills Planning KS1

LANDSLIDE SUSCEPTIBILITY MAPPING USING INFO VALUE METHOD BASED ON GIS

Year 1 name and locate the four countries and capital cities of the United Kingdom and its surrounding seas

Name Date Class. a. High elevation and high relief b. High elevation and level surface c. Flat land and low relief

MAP STUDY: INTERPRETATION OF SURVEY MAPS

Complete Geography Overview: Year 1 to Year 6

Chapter 1 Test on Geography Skills

DEVELOPMENT OF FLOOD HAZARD VULNERABILITY MAP FOR ALAPPUZHA DISTRICT

Chapter 1 Section 2. Land, Water, and Climate

Map Skills Unit. Note taking unit

[Penumaka, 7(1): January-March 2017] ISSN Impact Factor

INTERNATIONAL JOURNAL OF GEOMATICS AND GEOSCIENCES Volume 1, No 1, 2010

Site Suitability Analysis for Urban Development: A Review

YEAR 5 SUMMER EXAM REVISION QUESTIONS

Laboratory Exercise #2 Introduction to Quadrangle Maps

Laboratory Exercise #2 Introduction to Quadrangle Maps

Geography Progression

The United States & Canada. A Regional Study of Anglo America

VENETO REGION PILOT AREA

LAND CAPABILITY CLASSIFICATION FOR INTEGRATED WATERSHED DEVELOPMENT BY APPLYING REMOTE SENSING AND GIS TECHNIQUES

A GIS based Land Capability Classification of Guang Watershed, Highlands of Ethiopia

PHYSICAL GEOGRAPHY. By Brett Lucas

Landscape evolution. An Anthropic landscape is the landscape modified by humans for their activities and life

European Union Can you label the twenty-seven countries of the EU on the map attached? (Do not revise the capitals.)

DROUGHT RISK EVALUATION USING REMOTE SENSING AND GIS : A CASE STUDY IN LOP BURI PROVINCE

Appendix I SOIL RATING CHART. (Storie soil Index Rating = factor A* factor B* factor C* factor X) FACTOR A- Rating on character of Physical Profile

Geospatial Approach for Delineation of Landslide Susceptible Areas in Karnaprayag, Chamoli district, Uttrakhand, India

Range of Opportunities

Custom Soil Resource Report Soil Map

International Journal of Scientific & Engineering Research, Volume 6, Issue 7, July ISSN

Geography Long Term Plan 2018

ESTIMATION OF LANDFORM CLASSIFICATION BASED ON LAND USE AND ITS CHANGE - Use of Object-based Classification and Altitude Data -

MINISTRY OF ROAD TRANSPORT AND HIGHWAYS Through Punjab PWD B&R PROJECT REPORT

Chapter 1: America s Land Lesson 1: Land and Climate

The relationship between drainage density and soil erosion rate: a study of five watersheds in Ardebil Province, Iran

OUR COUNTRY INDIA LOCATIONAL SETTING

Geography. Programmes of study for Key Stages 1-3

15. THE GLOBE AND THE MAP

Class Notes: Mapping the Earth

Geography Route Planner

Name Class Date. For each pair of terms, explain how the meanings of the terms differ.

Geologic Geologic vs vs Accelerated Erosion NREM 461 Dr. Greg Bruland

Climate. Annual Temperature (Last 30 Years) January Temperature. July Temperature. Average Precipitation (Last 30 Years)

Downloaded from

Integrated GIS based approach in mapping the groundwater potential zones in Kota Kinabalu, Sabah, Malaysia

Physical Geography: Patterns, Processes, and Interactions, Grade 11, University/College Expectations

ESTIMATION OF MORPHOMETRIC PARAMETERS AND RUNOFF USING RS & GIS TECHNIQUES

LAND SUITABILITY STUDY IN LAND DEGRADED AREA DUE TO MINING IN DHANBAD DISTRICT, JHARKHAND.

Report for Area Drainage Studies for 1320 MW (2x660 MW) THERMAL POWER PROJECT AT MIRZAPUR, U.P.

St Joseph s R.C. Primary School. Policy for Geography

Dawood Public School Secondary Section Class VII

Correspondence should be addressed to Santosh Kumar,

1. Identify the Earth motion that provides the basis for our system of local time and time zones.

World Geography. Test Pack

Dr. S.SURIYA. Assistant professor. Department of Civil Engineering. B. S. Abdur Rahman University. Chennai

CHAPTER 1 INTRODUCTION

CHANGE DETECTION USING REMOTE SENSING- LAND COVER CHANGE ANALYSIS OF THE TEBA CATCHMENT IN SPAIN (A CASE STUDY)

EQ: Discuss main geographic landforms of the U.S. & Canada and examine varied landforms in relation to their lifestyles.

Presented at the FIG Working Week 2017, May 29 - June 2, 2017 in Helsinki, Finland. Denny LUMBAN RAJA Adang SAPUTRA Johannes ANHORN

***When doing the lab report write-up, be sure to follow the guidelines.***

Name: NYS Geology and Landscapes and some River stuff

VILLAGE INFORMATION SYSTEM (V.I.S) FOR WATERSHED MANAGEMENT IN THE NORTH AHMADNAGAR DISTRICT, MAHARASHTRA

Laboratory Exercise #4 Geologic Surface Processes in Dry Lands

4th Grade US Regional Geography First Nine Weeks

Review Using the Geographical Information System and Remote Sensing Techniques for Soil Erosion Assessment

Science EOG Review: Landforms

Tuition, Medical and Behaviour Support Service

mountain rivers fixed channel boundaries (bedrock banks and bed) high transport capacity low storage input output

About places and/or important events Landmarks Maps How the land is, hills or flat or mountain range Connected to maps World Different countries

INTERNATIONAL JOURNAL OF GEOMATICS AND GEOSCIENCES Volume 2, No 1, 2011

Geography Long Term Plan

Cardinal and Intermediate Directions:

Classification according to patent rock material/origin, soil distribution and orders

INTRODUCTION. Climate

GEOMORPHOLOGY APPROACH IN LANDSLIDE VULNERABILITY, TANJUNG PALAS TENGAH, EAST KALIMANTAN, INDONESIA

Soil Erosion Calculation using Remote Sensing and GIS in Río Grande de Arecibo Watershed, Puerto Rico

MAPPING THE EARTH HOW DO YOU FIND A LOCATION ON THE EARTH?

Unit 1: Basics of Geography Test Review

ST AMBROSE CATHOLIC PRIMARY SCHOOL Geography Policy

Unit 1: Geography GeoTrekkers in the Western Hemisphere. Illustrated Glossary

APPENDIX A GLOSSARY. Appendix A.1

NATIONAL CURRICULUM GEOGRAPHY PLANNING OVERVIEW

Change Detection of Land-use and Land-cover of Shirpur Tehsil: A Spatio-Temporal Analysis Yogesh Mahajan 1, Bharat Patil 2, Sanjay Patil 3

Geospatial Data Integration For Groundwater Recharge Estimation In Hard Rock Terrain. Authors,

Wayne E. Sirmon GEO 301 World Regional Geography

Exploring Geography. Chapter 1

2 Georgia: Its Heritage and Its Promise

Geography and the Early Settlement of China

Transcription:

Report on Soil Resource Mapping of District Shimla, Himachal Pradesh Abstract 1. Surveyed area : Shimla district, Himachal Pradesh 2. Total area : 5,14,320 ha 3. Geographical Extent : 4. Kind of Survey : 30º 45 48-30º43 00 North latitude 76º 59 22-78º 18 40 East longitude Soil Resource Mapping using Remote Sensing Technique 5. Soil Series/Association mapped and their extent: Sl. No. Mapping Symbol Mapping Unit Series Association i (ha) (%) 1 124 ALb3a1 Bhatwali-Kala_Amb-Khala_Kyar 211 0.04 2 125 ALj4a1 Paranu-Chandni-Sataun 437 0.08 3 126 ALj4a2 Paranu-Chandni-Sataun 154 0.03 4 127 ALj4d2 Paranu-Sataun 75 0.01 5 128 SCf5a1 Pasal-Ruana-Manjoti 818 0.16 6 129 SCf5a2 Pasal-Ruana-Manjoti 422 0.08 7 130 SCf5d2 Pasal-Ruana 6 0.00 8 131 SCf5c1 Ruana-Manjoti-Pasal 98 0.02 9 132 SCf7a1 Dadahu-Pasal-Jakhari 7143 1.39 10 133 SCf7a2 Dadahu-Pasal-Jakhari 17298 3.36 11 134 SCf7d1 Manjoti-Ruana 2943 0.57 12 135 SCf7d2 Manjoti-Ruana 6768 1.32 13 136 SCf7c1 Chopal-Dadahu 15620 3.04 14 137 SCf7c2 Chopal-Dadahu 12438 2.42 15 138 SCf9a1 Barava-Ruana 5651 1.10 16 139 SCf9a2 Barava-Ruana 13743 2.67 17 140 SCf9d1 Ruana-Manjoti 5035 0.98 18 141 SCf9d2 Ruana-Manjoti 9112 1.77 19 142 SCf9c1 Renuka_ji-Dhanohi 48509 9.43 20 143 SCf9c2 Renuka_ji-Dhanohi 26231 5.10 21 144 SCd5a1 Dadahu-Pasal 56 0.01 22 145 SCd5c1 Chopal-Dadahu 7 0.00 23 146 SCd5c2 Chopal-Dadahu 314 0.06 24 147 SCd7a1 Dadahu-Pasal 127 0.02 25 148 SCd7a2 Dadahu-Pasal 1126 0.22

26 149 SCd7d1 Pasal-Dadahu 100 0.02 27 150 SCd7d2 Pasal-Dadahu 154 0.03 28 151 SCd7c1 Chopal-Dadahu 1044 0.20 29 152 SCd7c2 Chopal-Dadahu 2727 0.53 30 153 SCd9a1 Dadahu-Pasal 92 0.02 31 154 SCd9a2 Dadahu-Pasal 1458 0.28 32 155 SCd9d1 Pasal-Dadahu 281 0.05 33 156 SCd9d2 Pasal-Dadahu 327 0.06 34 157 SCd9c1 Chopal-Dadahu 6277 1.22 35 158 SCd9c2 Chopal-Dadahu 6037 1.17 36 159 SCe5a1 Dadahu-Pasal 58 0.01 37 160 SCe5a2 Dadahu-Pasal 35 0.01 38 161 SCe5d1 Pasal-Dadahu 14 0.00 39 162 SCe7a1 Dadahu-Pasal 434 0.08 40 163 SCe7a2 Dadahu-Pasal 791 0.15 41 165 SCe7d2 Pasal-Dadahu 391 0.08 42 166 SCe7c1 Chopal-Dadahu 72 0.01 43 167 SCe7c2 Chopal-Dadahu 1004 0.20 44 168 SCe9a1 Dadahu-Pasal 1701 0.33 45 169 SCe9a2 Dadahu-Pasal 471 0.09 46 170 SCe9d1 Pasal-Dadahu 22 0.00 47 171 SCe9d2 Pasal-Dadahu 4175 0.81 48 172 SCe9c1 Chopal-Dadahu 871 0.17 49 173 SCe9c2 Chopal-Dadahu 1880 0.37 50 174 SLf5a1 Shenal-Sungal 962 0.19 51 175 SLf5a2 Shenal-Sungal 130 0.03 52 176 SLf5d2 Sungal-Gahal 153 0.03 53 177 SLf5c1 Ambaun-Gharag 150 0.03 54 178 SLf5c2 Ambaun-Gharag 437 0.08 55 179 SLf7a1 Sungal-Shenal 12014 2.34 56 180 SLf7a2 Sungal-Shenal 16355 3.18 57 181 SLf7d1 Sungal-Gahal 5023 0.98 58 182 SLf7d2 Sungal-Gahal 8241 1.60 59 183 SLf7c1 Pataigali-Phagu 14792 2.88 60 184 SLf7c2 Pataigali-Phagu-Panti 12480 2.43 61 185 SLf9s1 Sungal-Borli 2178 0.42 62 186 SLf9a2 Sungal-Borli 2723 0.53 63 187 SLf9d1 Mandog-Haripur_dhar 2287 0.44 64 188 SLf9d2 Mandog-Haripur_dhar 3756 0.73 65 189 SLf9c1 Renuka_ji-Dhanohi 10771 2.09 66 190 SLf9c2 Renuka_ji-Dhanohi 7211 1.40 67 191 SLd7a1 Sungal 33 0.01 68 192 SLd7a2 Sungal 84 0.02 ii

69 193 SLd7d1 Sungal-Gahal 34 0.01 70 194 SLd7d2 Sungal-Gahal 43 0.01 71 195 SLd7c2 Pataigali-Phagu 84 0.02 72 196 SLd9d1 Haripur_dhar-Mandog 300 0.06 73 197 SLd9c2 Kufri-Sainj 1056 0.21 74 198 Sle7a1 Shenal-Sungal 336 0.07 75 199 Sle7a2 Shenal-Sungal 570 0.11 76 200 Sle7d2 Sungal-Shenal 371 0.07 77 201 Sle7c2 Sungal-Shenal 113 0.02 78 202 Sle9a2 Sungal-Borli 540 0.10 79 203 Sle9d2 Haripur_dhar-Mandog 512 0.10 80 204 Sle9c2 Dhanohi-Mandog 322 0.06 81 1124 ALb3a1 Bhatwali-1-Kala_Amb-1-Khala_Kyar-1 147 0.03 82 1125 ALj4a1 Paranu-1-Chandni-1 781 0.15 83 1126 ALj4a2 Paranu-1-Chandni-1 63 0.01 84 1127 ALj4d2 Paranu-1-Sataun-1 96 0.02 85 1128 SCf5a1 Pasal-1-Ruana-1 326 0.06 86 1129 SCf5a2 Pasal-1-Ruana-1 676 0.13 87 1130 SCf5d2 Pasal-1-Ruana-1 40 0.01 88 1132 SCf7a1 Dadahu-1-Pasal-1 6346 1.23 89 1133 SCf7a2 Dadahu-1-Pasal-1 5236 1.02 90 1134 SCf7d1 Manjoti-1-Ruana-1 3443 0.67 91 1135 SCf7d2 Manjoti-1-Ruana-1 3319 0.65 92 1136 SCf7c1 Chopal-1-Dadahu-1 6300 1.22 93 1137 SCf7c2 Chopal-1-Dadahu-1 4953 0.96 94 1138 SCf9a1 Barava-1-Ruana-1 2335 0.45 95 1139 SCf9a2 Barava-1-Ruana-1 2312 0.45 96 1140 SCf9d1 Ruana-1-Manjoti-1 7499 1.46 97 1141 SCf9d2 Ruana-1-Manjoti-1 2559 0.50 98 1142 SCf9c1 Renuka_ji-1-Dhanohi-1 18013 3.50 99 1143 SCf9c2 Renuka_ji-1-Dhanohi-1 40694 7.91 100 1147 SCd7a1 Dadahu-1-Pasal-1 22 0.01 101 1149 SCd7d1 Pasal-1-Dadahu-1 85 0.02 102 1150 SCd7d2 Pasal-1-Dadahu-1 558 0.11 103 1151 SCd7c1 Chopal-1-Dadahu-1 2454 0.48 104 1152 SCd7c2 Chopal-1-Dadahu-1 2572 0.50 105 1154 SCd9a2 Dadahu-1-Pasal-1 217 0.04 106 1155 SCd9d1 Pasal-1-Dadahu-1 801 0.16 107 1156 SCd9d2 Pasal-1-Dadahu-1 100 0.02 108 1157 SCd9c1 Chopal-1-Dadahu-1 17229 3.36 109 1158 SCd9c2 Chopal-1-Dadahu-1 5943 1.16 110 1162 SCe7a1 Dadahu-1-Pasal-1 591 0.11 111 1163 SCe7a2 Dadahu-1-Pasal-1 418 0.08 iii

112 1164 SCe7d1 Pasal-1-Dadahu-1 168 0.03 113 1165 SCe7d2 Pasal-1-Dadahu-1 123 0.02 114 1166 SCe7c1 Chopal-1-Dadahu-1 5951 1.16 115 1167 SCe7c2 Chopal-1-Dadahu-1 3670 0.71 116 1168 SCe9a1 Dadahu-1-Pasal-1 67 0.01 117 1169 SCe9a2 Dadahu-1-Pasal-1 123 0.02 118 1170 SCe9d1 Pasal-1-Dadahu-1 198 0.04 119 1171 SCe9d2 Pasal-1-Dadahu-1 391 0.08 120 1173 SCe9c2 Chopal-1-Dadahu-1 314 0.06 121 8282 122 9898 Habitation 1082 0.21 123 9999 Waterbodies 2120 0.40 Total 514320 100.00 6. Spatial Extent of Landscape/Physiographic Classes Landscape Physiography (ha) (%) Alluvium (AL) Alluvial plains (ALb) 358 0.07 Alluvium (AL) River terraces (ALj) 1606 0.31 Schist (SC) Mountain-northern slopes (SCd) 50108 9.74 Schist (SC) Mountain-southern slopes (SCe) 23933 4.65 Schist (SC) Undifferentiated mountain side (SCf) 275886 53.64 Slate (SL) Mountain-northern slopes (SLd) 1634 0.32 Slate (SL) Mountain-southern slopes (SLe) 2764 0.54 Slate (SL) Undifferentiated mountain side (SLf) 99663 19.38 Total 514320 100.00 7. Spatial Extent of Slope Classes Slope classes and code Slope Range (ha) (%) Very gently sloping to gently sloping (3) 1-5% 358 0.07 Gently sloping to moderate sloping (4) 3-10% 1606 0.31 Moderately sloping to strongly sloping (5) 5-15% 4702 0.91 Moderately steep to steep sloping (7) 15-33% 186962 36.35 Very steep to extremely steep (9) 33-50% and above 262324 51.00 iv

8. Spatial Extent of Major Land Use/ Land Cover Major Land Use (ha) (%) Agriculture (a) 107811 20.96 Forest (c) 278638 54.18 Open scrub (d) 69503 13.51 9. Spatial Extent of Soil Erosion Classes Erosion (ha) (%) None to slight water erosion 1576 0.31 Slight to moderate erosion (e1-e2) 36288 7.06 Moderate water erosion (e2) 242514 47.15 Moderate to severe erosion (e2-e3) 116325 22.62 Severe erosion ((e3) 54256 10.55 Severe to Very severe erosion (e3-e4) 4993 0.97 10. Spatial Extent of Land Capability Classes Land Capability Classes (LCC) (ha) (%) Land Capability Class II-III 1576 0.31 Land Capability Class - III 217 0.04 Land Capability Class - III-IV 1258 0.24 Land Capability Class - IV 104760 20.37 Land Capability Class - VI 185 0.04 Land Capability Class - VII 69318 13.48 Forest 278638 54.18 11. Soils of the area have been classified under three Orders i.e. Entisols and Inceptisols and all the fourty two Soil Series identified in the area have been further classified into three Suborders; three Great Groups; five Subgroups and twenty eight Families. v