A-1
Dhanvantari Garden - Medicinal and Aromatic plants block
Dr. Maneesha SR
Medicinal and aromatic plants as an integral part of the agroecotourim
A-2
Coconut nursery area
Dr. V Arunachalam
Planting material production
A-4
Cocont + pineapple + banana
Coconut based cropping system as a component of the agroecotourims unit
A-5
Oil palm
Farm Section
Oil palm as a component of the agroecotourims unit
A-6
B-1
Coconut
Coconut as a component of the agroecotourims unit
B-2
Mango Germplasm-1
Dr. A.R. Desai
Conservation, evaluation and utilization of the mango germplasm
Mango + Coconut
Conservation, evaluation and utilization of the mango and coconut germplasm
B-3
Mango germplasm
B-5
Coconut + Heliconia
Horticulture
Evaluation of the coconut with heliconia intercropping for improve interspace utilization and income
B-6
B-7
Rice-brinjal
Dr. R Ramesh
Varietal evaluation trials on rice and brinjal
B-8
Arecanut
Arecanut based cropping system
B-10
Rice-cowpea
Dr. Manohara KK
Varietal evaluation trials on rice and cowpea
Varietal development and evaluation trials on rice and cowpea
B-11
Cashew
Conservation of the cashew germplams and varietal evaluation and developemnt trials
High density mango and cashew
Evaluation of the high density mango and cashew
B-13
Fern-Coconut-Kokum
Demonstration and planting material production
B-15
Bush pepper block
Bush pepper production technology under shed net
B-16
Gladiolus-Sugarcane and Polyhous area
Planting material production and demonstration
B-17
Jasmin block
Germplasms collection, evaluation and utilization of Jasmine
B-19
Nursery area (fruit and spices including polyhouse)
B-21
Vegetable plot
Evaluation trials on the vegetables
B-22
Minor fruit block
Demonstration of the minor fruits
B-23
Grass plot
Dr. Uthappa AR
Fodder museum and evaluation of the fodder species in the coconut interspaces
B-24
Coconut new plantation in lowland area
Farm Superintendent
B-25
Guava plot
Evaluation of guava varieties for suitabity to west coast
B-26
Fallow land
C-1
Cashew (SWC pond to VCO unit)
Varietal development and evaluation trials on cashew
C-2
Cashew (VCO unit to parliamentray committee block)
C-3
Parliamentary Mango
Varietal development and evaluation trials on mango (mankurad)
C-4
Meteorology block
Dr. Bappa Das
Evaluation of the different dates of sowing in the pigeon pea
C-5
Cucumber-chilli plot
Dr. R. Maruthdurai
Development of integrated pest management strategies in vegetables
C-6
KVK ITMU block
KVK
Integrated technology management unit as integrated farming system model for upland
C-7
Cashewplot (Parliamentary block)
C-8
Cashew plot (Security tower to Goa unit)
C-9
Goat unit
Dr. Rajkumar
Green fodder production plots
C-16
SWC Cashew
Dr. Sujeet Desai
Evaluation of soil and water conservation measures in the cashew
Continuous contour trenching with vegetative barriers in cashew
A SWC measure of Continuous contour trenches (top width of 0.45 m, bottom width of 0.30 m and depth of 0.45 m along the contour at a vertical interval of 1 m) with Stylosanthes scabra and Vetiveria zizanioides in cashew crop
1) Reduction in runoff and soil loss by 44.5% and 47.8% over control, 2) A 2.65 time increase in the cashew nut productivity (2.9 t/ha), 3) Highest soil quality index value and carbon sequestration and carbon sequestration rate.
Location 15?ø 29ƒ??28ƒ? N and 73?ø 55ƒ??14ƒ? E (69 m msl). Mean slope 19%. Warm humid tropical climate. Average annual temperature of 27.9?øC, rainfall 2885mm & 122 rainy days. Soil temperature regime iso-hyperthermic. Experiment duration 2002
C-13
KVK Nutritional Garden and farmers Hostel area
Nutritional garden as a demonstration
C-15
C-10
SWC Mango Block
Evaluation of soil and water conservation measures in the mango
Continuous contour trenching with vegetative barriers in mango
A SWC measure of Continuous contour trenches (top width of 0.45 m, bottom width of 0.30 m and depth of 0.45 m along the contour at a vertical interval of 1 m) with Vetiveria zizanioides in mango crop
1) Reduction in runoff by 60%, 2) Reduction of soil loss by 10 t/ha, 3) Highest soil and water conservation efficiency
Location 15.491 N and 73.922 E (68 m msl). Mean slope 19%. Warm humid tropical climate. Average annual temperature of 27.9?øC, rainfall 2885mm & 122 rainy days. Soil temperature regime iso-hyperthermic. Experiment duration 2002-19.
C-17
SWC Kokum
Demonstrtion plot of the kokum
Kokum
Demonstration plot of the kokum
C-18
SWC  Coconut
Evaluation of the soil and water conservation measures in the cocontu
Circular trencing and circular terraces in coconut
Circular Trenching of 2 m radius with 0.45 m top width and 0.30 m bottom width and Circular Terrace of 2 m radium in Coconut plantations.
1) Reduction in runoff by 34.8% with circular trenching and 21.7% with circular terrace over control. 2) Reduction in soil loss by 7 t/ha with circular trenching and 4 t/ha with circular terrace over control.
Location 15.488 N and 73.922 E (60 m msl). Mean slope 14%. Warm humid tropical climate. Average annual temperature of 27.9?øC, rainfall 2885mm & 122 rainy days. Soil temperature regime iso-hyperthermic. Experiment duration 2008-19.
C-20
IFS Upland
Dr. Paramesh V
Plantional crop based integrated farming system model for the upland situatios of west coast
Plantation crop based integrated farming system for upland situations
Area 0.8 ha with plantation crops: cashew (Bhaskara) + pineapple (Giant Kew), coconut (Benaulim) + pineapple (Giant Kew) + noni + tapioca, arecanut (Mangala) + banana (G-9), piggery, poultry & composting for upland situations of Goa.
1) The net income of Rs. 1.18 lakh over the alone plantation crop system. 2) Highest contribution to net profit is of component livestock (pig - 42%) and followed by cashew-pineapple system (25%).
Location 15.486 N and 73.921 E (58 m msl). Mean slope 12%. Warm humid tropical climate. Average annual temperature of 27.9?øC, rainfall 2885mm & 122 rainy days. Soil temperature regime iso-hyperthermic. Experiment duration 2009-19.
C-21
Evaluation and demonstration of the minor fruits
C-22
Acid lime block
Evaluation of the acid lime
C-26
Coconut - pineapple
Evaluation of the coconut pineapple cropping system
C-28
Plot between polyhouse and papaya plantation
C-31
Banana block
Development of the integrated nutrient management in banana
C-33
Heliconia and vegetable
Demosntration of the heliconia and vegetables
C-23
Avocado block
Dr. A. R. Desai
Evaluation of the Avocado varieties
C-34
Pickles Mango Interpacse
Evaluation of the pickling mango varieties
C-35
Cashew Scion Block Terraces
Scion bank for the cashew planting material production
C-36
Vegetables Block KVK Training hall
Vegetable production plot for demonstration
C-37
Nakshatra garden
A Naskhatra garden as component of the agroecotourim
Coconut- Nutmeg spices - Banana Block
B
Playground
B-4
IFS Lowland
Dr. Parmesh V
C
Pond
Water conservation Pond
Horticulture Terrace Area
Bamboo Block
Dr. Uthappa A. R.
Natural Vegetation
Natural vegetation
Fodder plot
Dr. R. Solomon Rajkumar
Demostration of the fodder varieties
Polyhouse
Lowland IFS
Development and evaluation of the integrated farming system for lowland situations of the west coast
Crop-livestock based integrated farming system model for lowland situation of Goa
Rice-pulse-vegetables-fodder-livestock-fish ecosystem on an area of 0.5 on a typical lowland situation. Enterprises are rice followed by cowpea/moong/vegetables/baby corn/sweet cornƒ??0.4 ha), forage grown bunds, livestock, organic recycling unit and ki
1) The net income of the system is Rs. 1.39 Lakhs over rice crop alone. 2) Highest contribution the net income is of crops (56%) followed by dairy (32%), and fishery (12%). 3) Conservation biodiversity and improvement in soil health
Location 15.486 N and 73.921 E (58 m msl). Mean slope 2%. Warm humid tropical climate. Average annual temperature of 27.9?øC, rainfall 2885mm & 122 rainy days. Soil temperature regime iso-hyperthermic. Experiment duration 2009-19.
Agri Field
Pond 6
Shri Trivesh Suresh Mayekar
Pond 5
Pond 4
Pond 3
Pond 2
Farm Pond
Pond 1
Fallow
Mango Plantation
Shri H. R C Prabhu
Fodder
IFS Block
Fodder production plot
Dr. Susitha Rajkumar
Rabbit unit