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Forage Development Program in Dairy Demo Farms In KPSP Saluyu Kuningan & KPGS Cikajang Garut
Luki Abdullah & Co Daatselar
In Site Condition of Feed Condition before DIFS-Lives Project
• Concentrate portion in ration was very high as compensation to less available high forage quality
• Fluctuated production & quality forage due to season
– Unstable nutrient intake
– High use of rice straw & tofu waste
• Farmers have limited knowledge in high quality forage varieties
• Forage production has not been systemized – low availability
– Farmers look for grass to the far & lose time to take care of cows
– Farmers do not calculate the cost for labor & transportation
• Forage preservation had not been applied
• Farmers need additional knowledge about production management & forage processing
In Site Condition of Feed Condition before DIFS-Lives Project
DIFS-Lives Forage Development Programs
• Objectives :
– Introduce forge species that profitable for farmer,
– Implement efficient forage production & nursery management in limited land
– Training of Trainer for farmers
– Implement forage preservation (silage)
– Develop management production & business of silage at coops and farmer levels
Activities of Forage Development Programs
1. Identify forage supply in site
2. Test forage species & select the suitable species for farmers & dairy cattle
3. Production of selected forage species in larger scale
4. Production of forage plant materials for multiplication
5. Training (forage production, silage making)
6. Silage production and business
7. Equipment & operational assistance for forage production & silage
Provision of equipment for forage & silage production
• Forage seed plants (9 spesies)
• Operasional budget for forage plant nursery
• 320 blue drums for silo
• 6 pcs mobile chopper
• 6 pcs silage press tool
• Introduce forage seeds
Introduction of forage species
• 9 species planted & selected – suitable for farming management
Saluyu
Cikajang
Land preparation
Forage Plant Plots in Demo Farm
Forage Evaluation in Demo Farm
Forage plantsDM Production
(ton ha-1)
Cumulative
Production DM
(ton ha-1 tahun-1)
Saluyu
Indigofera 5.36 ± 0.13 49.3 ± 1.20
Mulato 6.00 ± 0.12 55.2 ± 1.10
Odot 4.18 ± 0.59 38.5 ± 5.15
RG. Taiwan 8.82 ± 0.06 81.1 ± 0.55
Cikajang
Indigofera 5.53 ± 0.31 53.1 ± 2.98
Mulato 7.11 ± 0.39 68.3 ± 3.74
Odot 6.57 ± 0.14 63.1 ± 1.34
RG. Taiwan 6.26 ± 0.46 60.1 ± 4.42
Average & Cumulative Selected Forage Production
Forages
Nutrient Content (%)
DM Ash EE CP CF NFE TDN*
Kuningan
Indigofera 20.03 10.80 1.32 32.91 13.46 41.51 78.22
Mulato 19.51 15.61 1.17 10.51 28.32 44.39 51.41
Odot 19.25 16.79 1.00 12.35 23.72 46.14 52.92
RG. Taiwan
22.12 14.26 1.06 9.35 26.68 48.65 51.90
Garut
Indigofera 26.18 11.02 1.63 28.50 12.66 46.19 74.58
Mulato 20.51 9.87 1.79 9.25 32.77 46.33 51.79
Odot 20.40 15.90 1.67 13.28 27.45 41.69 52.81
RG. Taiwan
20.12 13.87 1.37 11.45 26.66 46.64 53.31
Average Nutrient Content of Selected Forage in Saluyu & Cikajang
Training for Farmers Saluyu & Cikajang
Silage Making in Saluyu Using Blue Drums Silo
Silage Making in Cikajang Using Blue Drums
• At begining requirement of corn stover 4-5 ton, Agustus 2017 60 ton
• In Saluyu cooperative manages silage materials supply• Some farmers purchase & grow corn for silage• Number and type of silo increase
Silage Evaluation
• Seeds procurement• Being evaluated, some of seeds are
distributed to farmer in Saluyu & Cikajang• Mulato seeds was not perform in
germination <30%
In site ration system in Cigeureung, Kuningan
MULATO GRASS – energy, mineral
INDIGOFERA –protein, mineral, vit
NAPIER GRASS CV. TAIWAN – energy, vit
Sorghum trial
Student Community Service in Garut
Forage Plant Material development & Forage Utilization
Feed Development Program Impact
Before Project
• High used of rice straw led to high concentrate portion (in efficient feed cost)
• Farmers recognized only elephant & local grass
• Farmer looked for grass from the far away
• Never known silage, lack of forage during drought season
After Project
• Demo farms use selected grass & silage instead of rice straw (reduce use of rice straw) –reduce concentrate
• Farmers understand the significants of 9 forage plants and select 4 superior forages,
• Farmers have their own forage garden
• Farmer has stock of preserved forage (corn silage)
Before Project
• Estrus periode after partus70-120 days
• Pregnancy rate (3-4 heads from 10 heads)-- Kuningan
• Placenta was hard to get out 3-5 days after partus(stink, infection)
• Feed bank always dirty, feed rest
• Low margin due to high feed cost
• Low milk production persistence (5-6 month)
• No inspiring farmer in feed improvement
Setelah proyek
• Estrus post partus shorter (50-60 days
• Pregnancy rate increase (6-8 heads of 10 (pak Suta, pakIwan)
• Placenta out 2-5 hours after partus
• Feed bank clean ( if silage is given)
• Sapi lebih sehat dan sejahtera• Increase revenue Rp. 300-900
thousands/lact cow/month• Milk production periode
longer 7-8 months) with still high milk production
• There are farmers inspire others to improve feeding management
Economics of whole plant maize, green concentrate and making of silage
Focus on whole plant maize and Indigofera
• Whole plant maize is useful:– In dry season when less or even no fresh grass is
available• In most cases maize as maize silage
– If time is too limited to collect enough fresh grass• Both green maize and maize silage possible
• Indigofera is rich in crude protein (CP)– Good combination with maize: maize has high energy
content (TDN) but low CP
• Maize and Indigofera are quite stable in quality
Quality maize and Indigofera compared with some other fodders
Fodder % DM % TDN in DM
% CP in DM
Price in IDR / kg
Price in IDR/kg CP
Rice Straw 35 30 4.5 300 19,048
King grass young 15 61 12 300 16,667
Maize silage 30 68 7 800 38,095
Green chopped maize 30 69 8 720 30,000
Tofu waste 16 75 21 600 17,857
Low quality concentrate 90 73 12 2600 21,667
Indigofera 90 75 24 4000 16,667
High quality concentrate 90 77 19 4050 21,316
Corn Gluten Feed 90 80 21 4500 21,429
Soybean meal 90 80 42 7000 16,667
Information sources for the economic calculations on whole plant maize and Indigofera
• Whole plant maize:
– Crop growing: Pioneer, Pak Akhmad (Cikajang)
– Silage making: Coop Malang, field data
• Maize corn + stover: Pioneer, Pak Akhmad (Cikajang)
• Indigofera: IPB Bogor (Pak Luki), Pak Eko (Garut)
Gross margin calculation
• Variable costs:
– seeds (maize)
– fertilizer + pesticides
– labour for harvest
– other labour (land cultivation, planting, crop care)
– For dried Indigofera also transport to dryer, labour and material during drying
• Fixed costs
– Seedlings Indigofera
– Labour land cultivation and planting Indigofera
– Part of fertilizer for Indigofera
– No costs for land (rent) included
Gross margin calculation whole plant maize
1 ha maize,1 harvest
Amount Unit Unit price(IDR)
Total amount(1,000 IDR)
Costs
Seed 20 bags 60,000 1,200
Fertilizer + pesticides 4,550
Labour excl. Harvest 48 man-days 100,000 4,800
Labour harvest 12.5 man-days 100,000 1,250
Total costs kg 358
Revenues 33,000 kg 600 19,800
Gross margin cropgrower
ha 8,000
Gross margin calculation Indigofera (1)
• Less experience and data available than with other crops, so figures less certain
• Each four years replanting• In first year 8 harvests, in other years 9 harvests
– So 35 harvests in 4 years
• Yield in first year 55-60% of yield in later years• Variation in yield of fresh product per harvest:
– 20 ton/ha is possible (good growing conditions)
– 12 ton/ha rather comparable with same types of crops, e.g. Leucaena
• Yield (mass) of dried product is 25% of fresh yield– Some losses during drying so yield dried product is set at 22% of fresh
product
Gross margin calculation Indigofera (2)• Gross margin after first year (plants in full production)1 ha Indigofera,1 harvest
Amount Unit Unit price(IDR)
Total amount(1,000 IDR)
Costs
Seedlings (1 / 35) 10,000 apiece 1,800 514
Fertiliser + pesticides 228
Labour excl. harvest 4.2 man-days 100,000 420
Labour harvest 3 man-days 100,000 300
Transport and drying 2,640 kg 1,135 2,696
Total costs kg 1,575 4,158
Revenues 2,640 kg 3,500 9,240
Gross margin cropgrower
ha 5,082
Gross margin calculation Indigofera (3)• Gross margin calculations for different yields per harvest
– Selling price fresh/green product: 400 IDR/kg– Selling price dried product: 3,500 IDR/kg
• Margins per single harvest:
• xx
Fresh/green product Dried product
Yield/ha kg Margin/ha (1,000 IDR)
Margin/kg (IDR)
Yield/ha kg Margin/ha (1,000 IDR)
Margin/kg (IDR)
8,000 1,739 217 1,760 2,852 1,620
12,000 3,339 278 2,640 5,082 1,925
20,000 6,539 327 4,400 9,545 2,169
Gross margin per year for crop grower (1)
• Number of 2.5 harvests/year for whole plant maize to ensure quality; maize corn + stover set at 2 harvests/year
• Maize for corn + stover has lower margin than whole plant maize– 6,000 kg corn at 2,500 IDR/kg; 27,000 kg stover, 200 IDR/kg
• Labour costs included in margins at 100,000 IDR per man-day
Margin per harvest(1000
IDR/ha)
Harvestsper year
Man-days
labourper year
Gross margin/ha
/year(1000 IDR)
Maize whole plant 8,000 2.5 151 20,000
Maize corn + stover 5,980 2 174 11,960
Indigofera fresh (12 t) 3,339 35 / 4 65 30,053
Indigofera dried (2.6 t) 5,082 35 / 4 80 45,745
TERIMA KASIH