Design Document of Neper Wheat

Problem Solver:WheatTratmentPS

Top Specialist :WheatTratmentSp

Plan:PhDefPlan

Sponsor

Row Number	PhDefExist	Results
1	= Yes	Perfect

Task:FirstDoses

Step:DateTaskPhDefDose1

Value Holder: PhDefDose1Dat

Row Number	GrowthStage	Results
1	= GS7-90	immediately

Step:MethodTaskPhDefDose1

Value Holder: PhDefDose1Method

Row Number	SoilType	GrowthStage	Results
1	?	= GS7-45	soil application
2	?	= GS80-90	Foliage
3	~=Black	= GS45-80	Foliage
4	= Black	= GS45-80	Foliage

Step:MaterialTaskPhDefDose1

Value Holder: PhDefDose1Mat

Row Number	GrowthStage	PHAvailable	Results
1	= GS7-90	~=Super Phosphate 37%	Di_amm Phosphate
2	= GS7-90	= Super Phosphate 37%	Triple_super phosphate

Step:ConcentrateTaskPhDefDose1

Value Holder: PhDefDose1Con

Row Number	PhDefDose1Method	Results
1	= Foliage	20 G / L

Step:QuantityTaskPhDefDose1

Value Holder: PhDefDose1Quantity

Row Number	SoilType	GrowthStage	Results
1	?	= GS7-45	15 - 20 kg / Fed
2	?	= GS80-90	300 - 400 L / fed
3	~=Black	= GS45-80	300 - 400 L / fed
4	= Black	= GS45-80	300 L / fed

Step:AdviceTaskPhDefDose1

Value Holder: PhDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	no tratment

Task:SecondDoses

Step:DateTaskPhDefDose2

Value Holder: PhDefDose2Dat

Row Number	GrowthStage	SoilType	Results
1	= GS45-80	= Black	early booting

Step:MethodTaskPhDefDose2

Value Holder: PhDefDose2Method

Row Number	SoilType	GrowthStage	Results
1	= Black	= GS45-80	Foliage

Step:MaterialTaskPhDefDose2

Value Holder: PhDefDose2Mat

Row Number	SoilType	GrowthStage	PHAvailable	Results
1	= Black	= GS45-80	~=Super Phosphate 37%	Di_amm Phosphate
2	= Black	= GS45-80	= Super Phosphate 37%	Triple_super phosphate

Step:ConcentrateTaskPhDefDose2

Value Holder: PhDefDose2Con

Row Number	PhDefDose2Method	Results
1	= Foliage	20 G / L

Step:QuantityTaskPhDefDose2

Value Holder: PhDefDose2Quantity

Row Number	SoilType	GrowthStage	Results
1	= Black	= GS45-80	400 L / Fed

Plan:KDefPlan

Sponsor

Row Number	KDefExist	Results
1	= Yes	Perfect

Task:KDefDose1

Step:KDefDose1Date

Value Holder: KDefDose1Dat

Row Number	GrowthStage	Results
1	= GS45-90	immediately

Step:KDefDose1Mat

Value Holder: KDefDose1Mat

Row Number	GrowthStage	Results
1	= GS45-90	Potassium Sulphate 48%

Step:KDefDose1Method

Value Holder: KDefDose1Method

Row Number	GrowthStage	Results
1	= GS45-90	Foliage

Step:KDefDose1Adv

Value Holder: KDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	no treatment

Step:KDefDose1Conc

Value Holder: KDefDose1Conc

Row Number	GrowthStage	Results
1	= GS45-90	20 G / L

Step:KDefDose1Quantity

Value Holder: KDefDose1Quantity

Row Number	GrowthStage	Results
1	= GS45-80	300 L / Fed
2	= GS80-90	300 -- 400 L / Fed

Task:KDefDose2

Step:KDefDose2Date

Value Holder: KDefDose2Dat

Row Number	GrowthStage	Results
1	= GS45-80	early booting

Step:KDefDose2Conc

Value Holder: KDefDose2Conc

Row Number	GrowthStage	Results
1	= GS45-80	20 G / L

Step:KDefDose2Method

Value Holder: KDefDose2Method

Row Number	GrowthStage	Results
1	= GS45-80	Foliage

Step:KDefDose2Mat

Value Holder: KDefDose2Mat

Row Number	GrowthStage	Results
1	= GS45-80	Potassium Sulphate 48%

Step:KDefDose2Quantity

Value Holder: KDefDose2Quantity

Row Number	GrowthStage	Results
1	= GS45-80	400 L / Fed

Plan:NDefPlan

Sponsor

Row Number	NDefExist	Results
1	= Yes	Perfect

Task:NDefDose1

Step:NDefDose1Date

Value Holder: NDefDose1Dat

Row Number	GrowthStage	SoilType	Results
1	= GS7-45	?	immediatly
2	= GS80-90	?	immediatly
3	= GS45-80	~=Black	immediatly
4	= GS60-80	= Black	immediatly
5	= GS45-60	= Black	begining of extension

Step:NDefDose1Mat

Value Holder: NDefDose1Mat

Row Number	SoilType	GrowthStage	NComerInOld	Results
1	~=Black	= GS7-45	= Ammonuim Nitrate	amm nitrate
2	~=Black	= GS7-45	= Ammonuim Sulphate	amm sulfate
3	~=Black	= GS7-45	= Ammonuim Nitrate	amm nitrate
4	= Black	= GS7-45	= Ammonuim Nitrate	amm nitrate
5	~=Black	= GS80-90	= Ammonuim Nitrate	amm nitrate
6	~=Black	= GS80-90	= Ammonuim Sulphate	amm sulfate
7	~=Black	= GS80-90	= Ammonuim Nitrate	amm nitrate
8	~=Black	= GS45-80	= Ammonuim Nitrate	amm nitrate
9	= Black	= GS80-90	= Ammonuim Nitrate	amm nitrate
10	= Black	= GS80-90	= Ammonuim Sulphate	amm sulfate
11	= Black	= GS80-90	= Ammonuim Nitrate	amm nitrate
12	= Black	= GS60-80	= Ammonuim Nitrate	amm nitrate
13	= Black	= GS60-80	= Urea	urea
14	= Black	= GS60-80	= Ammonuim Nitrate	amm nitrate
15	= Black	= GS45-60	= Ammonuim Nitrate	amm nitrate
16	= Black	= GS45-60	= Urea	urea
17	= Black	= GS45-60	= Ammonuim Sulphate	amm sulfate

Step:NDefDose1Method

Value Holder: NDefDose1Method

Row Number	SoilType	GrowthStage	Results
1	?	= GS7-45	soil application
2	?	= GS80-90	foliage
3	~=Black	= GS45-80	soil application
4	= Black	= GS60-80	soil application
5	= Black	= GS45-60	soil application

Step:NDefDose1Quantity

Value Holder: NDefDose1Quantity

Row Number	SoilType	GrowthStage	Results
1	?	= GS7-45	50 kg N / Fed
2	?	= GS80-90	300 -- 400 L / Fed
3	~=Black	= GS45-80	20 -- 40 kg / Fed
4	= Black	= GS60-80	20 -- 30 kg N / Fed
5	= Black	= GS45-60	20 kg N /Fed

Step:NDefDose1Adv

Value Holder: NDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	no treatment

Step:NDefDose1Conc

Value Holder: NDefDose1Conc

Row Number	NDefDose1Method	NComerInOld	Results
1	= foliage	= Ammonuim Nitrate	20 G / L
2	= foliage	= Ammonuim Sulphate	25 G / L

Task:NDefDose2

Step:NDefDose2Date

Value Holder: NDefDose2Dat

Row Number	SoilType	GrowthStage	Results
1	~=Black	= GS7-45	begining of booting
2	= Black	= GS7-45	early booting
3	= Black	= GS45-80	end of extension

Step:NDefDose2Mat

Value Holder: NDefDose2Mat

Row Number	SoilType	GrowthStage	NComerInOld	Results
1	~=Black	= GS7-45	= Ammonuim Nitrate	amm nitrate
2	~=Black	= GS7-45	= Ammonuim Sulphate	amm sulphate
3	= Black	= GS7-45	= Ammonuim Sulphate	amm sulphate
4	= Black	= GS7-45	= Ammonuim Nitrate	amm nitrate
5	= Black	= GS45-80	= Ammonuim Nitrate	amm nitrate
6	= Black	= GS45-80	= Urea	urea
7	= Black	= GS45-80	= Ammonuim Sulphate	amm sulphate

Step:NDefDose2Method

Value Holder: NDefDose2Method

Row Number	Results
1	soil application

Step:NDefDose2Quantity

Value Holder: NDefDose2Quantity

Row Number	SoilType	GrowthStage	Results
1	?	= GS7-45	70 kg N / Fed
2	= Black	= GS45-80	20 kg N /Fed

Plan:MgDefPlan

Sponsor

Row Number	MgDefExist	Results
1	= Yes	Perfect

Task:MgDefDose1

Step:MgDefDose1Date

Value Holder: MgDefDose1Dat

Row Number	Results
1	immediatly

Step:MgDefDose1Method

Value Holder: MgDefDose1Method

Row Number	Results
1	Foliage

Step:MgDefDose1Conc

Value Holder: MgDefDose1Conc

Row Number	Results
1	3 g / L

Step:MgDefDose1Mat

Value Holder: MgDefDose1Mat

Row Number	Results
1	Mg sulfate

Step:MgDefDose1Quantity

Value Holder: MgDefDose1Quantity

Row Number	GrowthStage	Results
1	= GS21-45	300 L / Fed
2	= GS80-90	300 -- 400 L / Fed
3	= GS45-80	150 L / Fed

Step:MgDefDose1Adv

Value Holder: MgDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	no treatment

Task:MgDefDose2

Step:MgDefDose2Date

Value Holder: MgDefDose2Dat

Row Number	GrowthStage	Results
1	= GS21-45	begining of booting
2	= GS45-80	early booting

Step:MgDefDose2Method

Value Holder: MgDefDose2Method

Row Number	Results
1	Foliage

Step:MgDefDose2Conc

Value Holder: MgDefDose2Conc

Row Number	Results
1	3 g / L

Step:MgDefDose2Mat

Value Holder: MgDefDose2Mat

Row Number	Results
1	Mg sulfate

Step:MgDefDose2Quantity

Value Holder: MgDefDose2Quantity

Row Number	GrowthStage	Results
1	= GS21-45	400 L / Fed
2	= GS45-80	200 L / Fed

Plan:AphidsPlan

Sponsor

Row Number	AphidsExist	Results
1	= Yes	Perfect

Task:AphidsTask

Step:AphidsMat

Value Holder: AphidsMat

Row Number	Results
1	Malathion 57% E.C

Step:AphidsQuantity

Value Holder: AphidsQuantity

Row Number	Results
1	1.25 Lt/400 Lt of water/one feddan

Step:AphidsAdv

Value Holder: AphidsAdvice

Row Number

Results

1- It is very important to discover the infestation as early as possible. 2- As aphids infestation starts in small patches, it is economic and effective to spray these spots only. (spot-spraying). 3- Stop chemical spraying after headding stage to prevent the mechanical damage of plants. 4- Spraying must be made after dew evaporation. 5- Insecticide must reach to the lower parts of plants to kill the hidden insects.# �� - �� - �� - ��

Step:AphidsNextAdv

Value Holder: AphidsNextAdices

Row Number	Results
1	1- Clean fields from grasses. 2- Cultivation of resistant varaieties.# �- �� - �� - ��

Plan:BYDVPlan

Sponsor

Row Number	BYDVExist	Results
1	= Yes	Perfect

Task:BYDVTask

Step:BYDVAdvice

Value Holder: BYDVAdvice

Row Number	Results
1	Although there is no direct treatment apllicable, you have to treat Aphids since they are the cause#'�� . ��

Plan:MoleCricketPlan

Sponsor

Row Number	MoleCricketExist	Results
1	= Yes	Perfect

Task:MoleCricketTask

Step:MoleCricketMat

Value Holder: MoleCricketMat

Row Number	Results
1	Use Poisoned bait, consists of 1 Lt of Azodrin 40% E.C Or 1.25 Lt of Hostathion 40% E.C Or 1.25 Lt of Tamaron 60% Sc. mixed with 15-25 Kg crused wetted corn or wheat bran and 30 cm cotton oil can be used as poisoned per feddan.#(�� ) �� :- �� 40% (1 ��) �� 04 % ( 1�25 ��) �� 06% (1�25 ��( �� 15-25 �� \�� 03 ��

Step:MoleCricketAdv

Value Holder: MoleCricketAdv

Row Number	Results
1	1-The bait should be thrown two days after life watering irrigation. 2-The bait should be thrown before sunset. 3-The bait should be thrown on canals, borders and roads. #��

Step:MoleCricketGAdv

Value Holder: MoleCricketGAdv

Row Number	Results
1	No much of nitrogen in fertilization.#��

Plan:SeptoriaLeafSpotsPlan

Sponsor

Row Number	SeptoriaLeafSpotsExist	Results
1	= Yes	Perfect

Task:SeptoriaLeafSpotsTask

Step:SeptoriaLeafSpotsAdv

Value Holder: SeptoriaLeafSpotsAdv

Row Number	Results
1	THE PRESENCE OF THIS DISEASE HAS NEVER BEEN REPORTED IN EYGPT#��

Plan:CoveredSmutPlan

Sponsor

Row Number	CoveredSmutExist	Results
1	= Yes	Perfect

Task:CoveredSmutTask

Step:CoveredSmutAdv

Value Holder: CoveredSmutAdv

Row Number	Results
1	THE PRESENCE OF THIS DISEASE HAS NEVER BEEN REPORTED IN EYGPT. #��

Plan:FlagSmutPlan

Sponsor

Row Number	FlagSmutExist	Results
1	= Yes	Perfect

Task:FlagSmuttask

Step:FlagSmutAdv

Value Holder: FlagSmutAdv

Row Number	Results
1	1- Use of resistant varaties. 2- Crop rotation. 3- Systematic fungicide seed treatment using Benomyl and Carboxin. 4- Since the disease is not present in Egypt, no specific recommendations for chemical treatment have been made. #1- �� 2-�� 3-��

Plan:LeafMinersPlan

Sponsor

Row Number	LeafMinersExist	Results
1	= Yes	Perfect

Task:LeafMinersTask

Step:LeafMinersAdv

Value Holder: LeafMinersAdv

Row Number	Results
1	As the damage is not yet economic, it does not require any chemical application.#��

Plan:ThripsPlan

Sponsor

Row Number	ThripsExist	Results
1	= Yes	Perfect

Task:ThripsTask

Step:ThripsAdv

Value Holder: ThripsAdv

Row Number	Results
1	As the infestation occurs after heading whereas there is no importance for the leaves, it does not need any chemical treatment. But in the strong cases it can be used larvin 80 % (1.5 kg/ F).#�� 80% (5�1 �� ).

Plan:PhysiologicalLeafSpotPlan

Sponsor

Row Number	PhysiologicalLeafSpotExist	Results
1	= Yes	Perfect

Task:PhysiologicalLeafSpotTask

Step:PhysiologicalLeafSpotAdv

Value Holder: PhysiologicalLeafSpotAdv

Row Number	Results
1	This diseases does not require any treatment and will not harm the crop.#��

Plan:GeneticFleckingPlan

Sponsor

Row Number	GeneticFleckingExist	Results
1	= Yes	Perfect

Task:GeneticFleckingTask

Step:GeneticFleckingAdv

Value Holder: GeneticFleckingAdv

Row Number	Results
1	This disease does not require any treatment and will not harm the crop.#��

Plan:DownyMildewPlan

Sponsor

Row Number	DownyMildewExist	Results
1	= Yes	Perfect

Task:DownyMildewTask

Step:DownyMildewAdv

Value Holder: DownyMildewAdv

Row Number	Results
1	This disease could be resisted if the following is carried out: 1-Usage of good irrigation systems. 2-Improving drainage and rotating wheat wih non cereal crops. 3-Avoiding the use of soil or seeds infested with host debris.#�� : 1-�� 2-�� 3-�� 4-��

Plan:GlumBlotchPlan

Sponsor

Row Number	GlumBlotchExist	Results
1	= Yes	Perfect

Task:GlumBlotchTask

Step:GlumBlotchAdv

Value Holder: GlumBlotchAdv

Row Number	Results
1	Since the disease is not present in Egypt, no specific recommendations for chemical treatment have been made. #��

Plan:PowderyMildewPlan

Sponsor

Row Number	PowderyMildewExist	Results
1	= Yes	Perfect

Task:PowderyMildewTask

Step:PowderyMildewAdv

Value Holder: PowderyMildewAdv

Row Number	Results
1	You can apply Bayleton using 1gm/L (water) OR Bayfedan using 1cc/L (water) Using 200 liters of water per feddan.#�� 5 �� 35��/100 �� . �� : �� (20��) �� 200 �� 70 �� / �� 300-350 �� 105-122.5 �� /�� 10 �� /�� (70 �� / �� )

Plan:StripRustPlan

Sponsor

Row Number	StripRustExist	Results
1	= Yes	Perfect

Task:StripRustTask

Step:StripRustAdv

Value Holder: StripRustAdv

Row Number

Results

can be used the recommended fungicide Sumi_eight 5 EC at the rate 35 cc/100 L water . For severe infection can be used two times of application with 2 weeks intervales Spray application 1. In case of using back motor (20L), 200L water/feddan is enough , that meen 70 cc fnngicide / feddan 2. In case of using central preasur motore 300-350/L water /feddan , that means 105-122.5 cc fungicide /feddan 3. In case of using air applying 10L water can be used and 70 cc fungicide /feddan #�� 5 �� 35��/100 �� . �� : �� (20��) �� 200 �� 70 �� 300-350 �� 105-122.5 �� 10 �� (70 �� )

Plan:StemRustPlan

Sponsor

Row Number	StemRustExist	Results
1	= Yes	Perfect

Task:StemRustTask

Step:StemRustAdv

Value Holder: StemRustAdv

Row Number

Results

Plan:DryLandPlan

Sponsor

Row Number	DryLandExist	Results
1	= Yes	Perfect

Task:DryLandTask

Step:DryLandAdv

Value Holder: DryLandAdv

Row Number	Results
1	There is no specific treatment for this disease. However, if you can pull out the plants that seem to have the disease, do so. #�� .��

Plan:LooseSmutPlan

Sponsor

Row Number	LooseSmutExist	Results
1	= Yes	Perfect

Task:LooseSmutTask

Step:LooseSmutAdv

Value Holder: LooseSmutAdv

Row Number

Results

This disease is seed born, so chemical treatment should be applied to the seeds before plantation. If you are going to plant wheat again, make sure you either buy certified treated seeds of treat seeds yourself before planting. To treat seeds apply the following chemical fungicide 1. Sumi -eight WP 2 g /1 kg seeds 2. Sumi -eight 5 EC 1 CC/1 KG seeds 3. Sumi -eight 2 FL 2 CC/1 KG seeds For good distribution of the fungicide and covering all seeds all seeds should be added 10 cc water for each 1 g or 1 cc fungicide before mixing with seeds #�� :- � �� 10 �� 1 �� 1��

Plan:BasalGlumeRotPlan

Sponsor

Row Number	BasalGlumeRotExist	Results
1	= Yes	Perfect

Task:BasalGlumeRotTask

Step:BasalGlumeRotAdv

Value Holder: BasalGlumeRotAdv

Row Number	Results
1	THE PRESENCE OF THIS DISEASE HAS NEVER BEEN REPORTED IN EYGPT. Growing Resistant or tolerant varieties. #��

Plan:LeafRustPlan

Sponsor

Row Number	LeafRustExist	Results
1	= Yes	Perfect

Task:LeafRustTask

Step:LeafRustAdv

Value Holder: LeafRustAdv

Row Number

Results

Plan:StreakMosiacPlan

Sponsor

Row Number	StreakMosiacExist	Results
1	= Yes	Perfect

Task:StreakMosiacTask

Step:StreakMosiacAdv

Value Holder: StreakMosiacAdv

Row Number	Results
1	THE PRESECE OF THIS DISEASE HAS NEVER BEEN REPORTED IN EYGPT.#�� \� ��

Plan:ManganeseDefficiencyPlan

Sponsor

Row Number	ManganeseDefficiencyExist	Results
1	= Yes	Perfect

Task:FirstDoseTask

Step:FirstDoseDat

Value Holder: MnDefDose1Dat

Row Number	GrowthStage	Results
1	= GS45-90	immediately#��

Step:FirstDoseMethode

Value Holder: MnDefDose1Method

Row Number	GrowthStage	Results
1	= GS45-90	Foliage#��

Step:FirstDoseMat

Value Holder: MnDefDose1Mat

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-90	= Chelate	Mn chelate#��
2	= GS45-90	= Suphate	Mn sulfate#��

Step:FirstDoseConc

Value Holder: MnDefDose1Con

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-90	= Chelate	0.5 g / l #0.5 ��
2	= GS45-90	= Suphate	3 g / l#3 ��

Step:FirstDoseQuantity

Value Holder: MnDefDose1Quantity

Row Number	GrowthStage	Results
1	= GS80-90	300 -- 400 L / Fed #300 -- 400 ��
2	= GS45-80	150 L / Fed#150 ��

Step:FirstDoseAdv

Value Holder: MnDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	No treatment # ��
2	= GS0-45	No treatment # ��

Task:SecondDoseTask

Step:SecondDoseDat

Value Holder: MnDefDose2Dat

Row Number	GrowthStage	Results
1	= GS45-80	early booting#��

Step:SecondDoseMethode

Value Holder: MnDefDose2Method

Row Number	GrowthStage	Results
1	= GS45-80	Foliage#��

Step:SecondDoseMat

Value Holder: MnDefDose2Mat

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-80	= Chelate	Mn chelate#��
2	= GS45-80	= Suphate	Mn sulfate#��

Step:SecondDoseConc

Value Holder: MnDefDose2Con

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-80	= Chelate	0.5 g / l #0.5 ��
2	= GS45-80	= Suphate	3 g / l#3 ��

Step:SecondDoseQuantity

Value Holder: MnDefDose2Quantity

Row Number	GrowthStage	Results
1	= GS45-80	200 L / Fed#200 ��

Plan:CopperDefficiencyPlan

Sponsor

Row Number	CopperDefficiencyExist	Results
1	= Yes	Perfect

Task:CopperDefficiencyDose1Task

Step:CopperDefficiencyDose1Methode

Value Holder: CuDefDose1Method

Row Number	GrowthStage	Results
1	= GS45-90	Foliage#��

Step:CopperDefficiencyDose1Mat

Value Holder: CuDefDose1Mat

Row Number	GrowthStage	Results
1	= GS45-90	Cu sulfate#��

Step:CopperDefficiencyDose1Conc

Value Holder: CuDefDose1Con

Row Number	GrowthStage	Results
1	= GS45-90	0.3 g / l#0.3 ��

Step:CopperDefficiencyDose1Quantity

Value Holder: CuDefDose1Quantity

Row Number	GrowthStage	Results
1	= GS80-90	300 -- 400 L / Fed #300 -- 400 ��
2	= GS45-80	150 L / Fed#150 ��

Step:CopperDefficiencyDose1Adv

Value Holder: CuDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	No treatment # ��
2	= GS0-45	No treatment # ��

Step:CopperDefficiencyDose1Dat

Value Holder: CuDefDose1Dat

Row Number	GrowthStage	Results
1	= GS45-90	immediately#��

Task:CopperDefficiencyDose2Task

Step:CopperDefficiencyDose2Dat

Value Holder: CuDefDose2Dat

Row Number	GrowthStage	Results
1	= GS45-80	early booting#��

Step:CopperDefficiencyDose2Methode

Value Holder: CuDefDose2Method

Row Number	GrowthStage	Results
1	= GS45-80	Foliage#��

Step:CopperDefficiencyDose2Mat

Value Holder: CuDefDose2Mat

Row Number	GrowthStage	Results
1	= GS45-80	Cu sulfate#��

Step:CopperDefficiencyDose2Conc

Value Holder: CuDefDose2Con

Row Number	GrowthStage	Results
1	= GS45-80	0.3 g / l#0.3 ��

Step:CopperDefficiencyDose2Quantity

Value Holder: CuDefDose2Quantity

Row Number	GrowthStage	Results
1	= GS45-80	200 L / Fed#200 ��

Plan:IronDefficiencyPlan

Sponsor

Row Number	IronDefficiencyExist	Results
1	= Yes	Perfect

Task:IronDefficiencyDose1Task

Step:IronDefficiencyDose1Dat

Value Holder: FeDefDose1Dat

Row Number	GrowthStage	Results
1	= GS45-90	immediatly#��

Step:IronDefficiencyDose1Methode

Value Holder: FeDefDose1Method

Row Number	GrowthStage	Results
1	= GS45-90	Foliage#��

Step:IronDefficiencyDose1Mat

Value Holder: FeDefDose1Mat

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-90	= Chelate	Fe chelate#��
2	= GS45-90	= Suphate	Fe sulfate#��

Step:IronDefficiencyDose1Conc

Value Holder: FeDefDose1Con

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-90	= Chelate	0.5 g / l#0.5 ��
2	= GS45-90	= Suphate	3 g / l#3 ��

Step:IronDefficiencyDose1Quantity

Value Holder: FeDefDose1Quantity

Row Number	GrowthStage	Results
1	= GS45-80	150 L / Fed#150 ��
2	= GS80-90	300 -- 400 L / Fed #300 -- 400 ��

Step:IronDefficiencyDose1Adv

Value Holder: FeDefDose1Adv

Row Number	GrowthStage	Results
1	= GS90-150	No treatment # ��
2	= GS0-45	No treatment # ��

Task:IronDefficiencyDose2Task

Step:IronDefficiencyDose2Dat

Value Holder: FeDefDose2Dat

Row Number	GrowthStage	Results
1	= GS45-80	early booting#��

Step:IronDefficiencyDose2Methode

Value Holder: FeDefDose2Method

Row Number	GrowthStage	Results
1	= GS45-80	Foliage#��

Step:IronDefficiencyDose2Mat

Value Holder: FeDefDose2Mat

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-80	= Chelate	Fe chelate#��
2	= GS45-80	= Suphate	Fe sulfate#��

Step:IronDefficiencyDose2Conc

Value Holder: FeDefDose2Con

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-80	= Chelate	0.5 g / l #0.5 ��
2	= GS45-80	= Suphate	3 g / l#3 ��

Step:IronDefficiencyDose2Quantity

Value Holder: FeDefDose2Quantity

Row Number	GrowthStage	Results
1	= GS45-80	200 L / Fed#200 ��

Plan:ZincDefficiencyPlan

Sponsor

Row Number	ZincDefficiencyExist	Results
1	= Yes	Perfect

Task:ZincDefficiencyDose1Task

Step:ZincDefficiencyDose1Dat

Value Holder: ZnDefDose1Dat

Row Number	GrowthStage	Results
1	= GS45-90	immediatly#��

Step:ZincDefficiencyDose1Methode

Value Holder: ZnDefDose1Method

Row Number	GrowthStage	Results
1	= GS45-90	Foliage#��

Step:ZincDefficiencyDose1Mat

Value Holder: ZnDefDose1Mat

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-90	= Chelate	Zn chelate#��
2	= GS45-90	= Suphate	Zn sulfate#��

Step:ZincDefficiencyDose1Conc

Value Holder: ZnDefDose1Con

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-90	= Chelate	0.5 g / l
2	= GS45-90	= Suphate	3 g / l

Step:ZincDefficiencyDose1Adv

Value Holder: ZnDefDose1Adv

Row Number	GrowthStage	Results
1	= GS0-45	No treatment # ��
2	= GS90-150	No treatment # ��

Step:ZincDefficiencyDose1Quantity

Value Holder: ZnDefDose1Quantity

Row Number	GrowthStage	Results
1	= GS45-80	150 L / Fed#150 ��
2	= GS80-90	300 -- 400 L / Fed #300 -- 400 ��

Task:ZincDefficiencyDose2Task

Step:ZincDefficiencyDose2Dat

Value Holder: ZnDefDose2Dat

Row Number	GrowthStage	Results
1	= GS45-80	early booting#��

Step:ZincDefficiencyDose2Methode

Value Holder: ZnDefDose2Method

Row Number	GrowthStage	Results
1	= GS45-80	Foliage#��

Step:ZincDefficiencyDose2Mat

Value Holder: ZnDefDose2Mat

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-80	= Chelate	Zn chelate#��
2	= GS45-80	= Suphate	Zn sulfate#��

Step:ZincDefficiencyDose2Conc

Value Holder: ZnDefDose2Con

Row Number	GrowthStage	MEAvailableIn	Results
1	= GS45-80	= Chelate	0.5 g / l#0.5 ��
2	= GS45-80	= Suphate	3 g / l#3 ��

Step:ZincDefficiencyDose2Quantity

Value Holder: ZnDefDose2Quantity

Row Number	GrowthStage	Results
1	= GS45-80	200 L / Fed#200 ��

Plan:OldAphidsPlan

Sponsor

Row Number	OldAphidsExist	Results
1	= Yes	Perfect

Task:OldAphidsTask

Step:OldAphidsAdv

Value Holder: OldAphidsAdv

Row Number	Results
1	There is no chemical treatment#��

Plan:GrainMothPlan

Sponsor

Row Number	GrainMothExist	Results
1	= Yes	Perfect

Task:GrainMothTask

Step:GrainMothAdv

Value Holder: GrainMothAdv

Row Number	Results
1	There is no chemical treatment#��

Plan:WheatStemSawflyPlan

Sponsor

Row Number	WheatStemSawflyExist	Results
1	= Yes	Perfect

Task:WheatStemSawflyTask

Step:WheatStemSawflyAdv

Value Holder: WheatStemSawflyAdv

Row Number

Results

Since the insect has one generation and many natural enimies as well as not economic damage, there is no recomended chemical treatment. For protection in the following season: 1- using the rigid and massive-stemmed and earlier varieties. 2- Removing the grasses. 3-Good and deep plawing for killing insect by sun, birds and machine. 4- Burning stubbles to kill overwintered larvae.#�� :-� � -1�� 2- �� 3�- �� .'

Plan:NitrogenExcessPlan

Sponsor

Row Number	NitrogenExcessExist	Results
1	= Yes	Perfect

Task:NitrogenExcessTask

Step:NitrogenExcessAdv

Value Holder: NitrogenExcessAdv

Row Number	Results
1	No treatment#��

Plan:MelanisaBrownNecrosisPlan

Sponsor

Row Number	MelanisaBrownNecrosisExist	Results
1	= Yes	Perfect

Task:MelanisaBrownNecrosisTask

Step:MelanisaBrownNecrosisAdv

Value Holder: MelanisaBrownNecrosisAdv

Row Number	Results
1	No treatment #��

Plan:ColdConditionPlan

Sponsor

Row Number	ColdConditionExist	Results
1	= Yes	Perfect

Task:ColdConditionTask

Step:ColdConditionAdv

Value Holder: ColdConditionAdv

Row Number	Results
1	No treatment#��

Plan:BirdsPlan

Sponsor

Row Number	BirdsExist	Results
1	= Yes	Perfect

Task:BirdsTask

Step:BirdsChem

Value Holder: BirdsChem

Row Number	Results
1	Repellent materials.#Repellent materials

Step:BirdsProtect

Value Holder: BirdsProtect

Row Number	Results
1	1-Wheat fields should be collected in adjacent areas and planted in one timing. 2-Nests of birds must be destroyed. 3-Birds trap can be used. 4-Disturbing tools can be used.# 1- �� 2�-�� 3-��

Plan:CnephasiaPlan

Sponsor

Row Number	CnephasiaExist	Results
1	= Yes	Perfect

Task:CnephasiaTask

Step:CnephasiaAdv

Value Holder: CnephasiaAdv

Row Number	Results
1	There is no chemical treatment, where the insect has one generation with many natrual enimies.#�� .�

Plan:RatPlan

Sponsor

Row Number	RatExist	Results
1	= Yes	Perfect

Task:RatTask

Step:RatChem

Value Holder: RatChem

Row Number	Results
1	Poisoned bait, consists of 1/2 kg of phosphide zinc, 1 Lt of Azodrin 40% E.C (1 Lt) ,1.25 Hostathion 40% E.C or Tamaron 60% Sc. (1.25 Lt) mixed with 15-25 Kg crused wetted corn or wheat, and 30 cm cotton oil can be used as poisoned per feddan.#(�� )�� :- �� 40% (1 ��) �� 04 % ( 1�25 ��) �� 06% (1�25 ��( �� 15-25 �� \�� 03 ��

Step:RatMethode

Value Holder: RatMethode

Row Number	Results
1	The bait should be thrown two days after life watering irrigation.#��

Step:RatAdv

Value Holder: RatAdv

Row Number	Results
1	It should be thrown on canals, borders and roads.#��

Plan:BlackChaffPlan

Sponsor

Row Number	BlackChaffExist	Results
1	= Yes	Perfect

Task:BlackChaffTask

Step:BlackChaffAdv

Value Holder: BlackChaffAdv

Row Number	Results
1	THE PRESENCE OF THIS DISEASE HAS NEVER BEEN REPORTED IN EYGPT. Usage of Resistant or tolerant varieties and cleaning the wheat fields from grassy hosts, are the main factors for controlling the disease.#��

Plan:MoleCricketSeedPlan

Sponsor

Row Number	MoleCricketSeedExist	Results
1	= Yes	Perfect

Task:MoleCricketSeedTask

Step:MoleCricketSeedMat

Value Holder: MoleCricketSeedMat

Row Number	Results
1	Use Poisoned bait, consists of 1 Lt of Azodrin 40% E.C Or 1.25 Lt of Hostathion 40% E.C Or 1.25 Lt of Tamaron 60% Sc. mixed with 15-25 Kg crused wetted corn or wheat bran and 30 cm cotton oil can be used as poisoned per feddan.#(�� ) �� :- �� 40% (1 ��) �� 04 % ( 1�25 ��) �� 06% (1�25 ��( �� 15-25 �� \�� 03 ��

Step:MoleCricketSeedAdv

Value Holder: MoleCricketSeedAdv

Row Number	Results
1	1-The bait should be thrown two days after life watering irrigation. 2-The bait should be thrown before sunset. 3-The bait should be thrown on canals, borders and roads. #��

Step:MoleCricketSeedGAdv

Value Holder: MoleCricketSeedGAdv

Row Number	Results
1	No much of nitrogen in fertilization.#��

Problem Solver:Harvest

Top Specialist :Harvest Spec.

Plan:VarietyAgePlan

Sponsor

Row Number	Results
1	Perfect

Task:Variety Task

Step:Variety Yield LL step

Value Holder: Yield LL

Row Number	Variety	SalinityProblem	Results
1	= Beni Sweif 1	?	18
2	= Beni Sweif 3	?	18
3	= Gemmiza 5	~=major	18
4	= Gemmiza 7	~=major	18
5	= Gemmiza 9	~=major	20
6	= Giza 164	~=major	16
7	= Giza 165	~=major	16
8	= Giza168	~=major	18
9	= Sahel 1	~=major	1
10	= Sakha 61	~=major	14
11	= Sakha 69	~=major	16
12	= Sakha 69	= major	6
13	= Sakha 8	~=major	16
14	= Sakha 8	= major	8
15	= Sakha 93	~=major	18
16	= Sakha 93	= major	7
17	= Sids 1	~=major	16
18	= Sids 1	= major	8
19	= Sids 6	~=major	16
20	= Sids 7	~=major	16
21	= Sohag 2	?	18
22	= Sohag 3	?	18

Step:Variety Yield UL step

Value Holder: Yield_QTY

Row Number	Variety	SalinityProblem	Results
1	= Beni Sweif 1	?	20
2	= Beni Sweif 3	?	20
3	= Gemmiza 5	~=major	20
4	= Gemmiza 7	~=major	22
5	= Gemmiza 9	~=major	24
6	= Giza 164	~=major	20
7	= Giza 165	~=major	20
8	= Giza168	~=major	24
9	= Sahel 1	~=major	2
10	= Sakha 61	~=major	18
11	= Sakha 69	~=major	20
12	= Sakha 69	= major	8
13	= Sakha 8	~=major	20
14	= Sakha 8	= major	10
15	= Sakha 93	~=major	20
16	= Sakha 93	= major	10
17	= Sids 1	~=major	20
18	= Sids 1	= major	10
19	= Sids 6	~=major	20
20	= Sids 7	~=major	20
21	= Sohag 2	?	20
22	= Sohag 3	?	20

Step:Variety Age LL step

Value Holder: Age LL

Row Number	Variety	SalinityProblem	Results
1	?	?	130
2	= Sakha 69	~=major	150
3	= Sakha 69	= major	145
4	= Sakha 8	~=major	150
5	= Sakha 8	= major	145
6	= Sakha 61	~=major	140
7	= Sakha 93	~=major	155
8	= Sakha 93	= major	150
9	= Giza168	~=major	155
10	= Gemmiza 5	~=major	160
11	= Gemmiza 7	~=major	160
12	= Gemmiza 9	~=major	165
13	= Sakha 69	~=major	150
14	= Sakha 69	= major	145
15	= Sakha 8	~=major	150
16	= Sakha 8	= major	145
17	= Sakha 61	~=major	140
18	= Sakha 93	~=major	155
19	= Sakha 93	= major	150
20	= Giza168	~=major	155
21	= Gemmiza 5	~=major	160
22	= Gemmiza 7	~=major	160
23	= Gemmiza 9	~=major	165
24	= Sakha 69	~=major	150
25	= Sakha 69	= major	145
26	= Sakha 8	= major	145
27	= Gemmiza 5	~=major	160
28	= Gemmiza 7	~=major	160
29	= Gemmiza 9	~=major	165
30	= Sakha 69	~=major	150
31	= Sakha 69	= major	145
32	= Gemmiza 5	~=major	160
33	= Giza168	~=major	160
34	= Sakha 8	= major	145
35	= Sakha 69	?	140
36	= Sakha 8	?	140
37	= Gemmiza 5	~=major	140
38	= Gemmiza 7	~=major	140
39	= Sakha 8	~=major	150
40	= Sakha 8	= major	145
41	= Sakha 69	~=major	150
42	= Sakha 69	= major	145
43	= Sids 1	~=major	150
44	= Sids 1	= major	145
45	= Gemmiza 5	~=major	160
46	= Gemmiza 7	~=major	150
47	= Sakha 8	= major	145
48	= Sakha 69	~=major	150
49	= Sakha 69	= major	145
50	= Giza 164	~=major	150
51	= Sids 1	~=major	150
52	= Beni Sweif 1	?	155
53	= Beni Sweif 3	?	155
54	= Sids 1	~=major	145
55	= Sids 1	= major	140
56	= Sids 6	~=major	145
57	= Sids 7	~=major	145
58	= Giza 164	~=major	145
59	= Giza 164	= major	140
60	= Giza 165	~=major	145
61	= Giza 165	= major	140
62	= Sohag 2	?	150
63	= Sohag 3	?	150

Step:Variety Age UL step

Value Holder: Age UL

Row Number	Variety	SalinityProblem	Results
1	= Sohag 2	?	155
2	= Sakha 69	= major	145
3	= Sakha 69	~=major	155
4	= Sakha 8	= major	150
5	= Sakha 8	~=major	155
6	= Sakha 61	= major	145
7	= Sakha 61	~=major	150
8	= Sakha 93	= major	155
9	= Sakha 93	~=major	160
10	= Giza168	= major	155
11	= Giza168	~=major	160
12	= Gemmiza 5	= major	160
13	= Gemmiza 5	~=major	165
14	= Gemmiza 7	= major	160
15	= Gemmiza 7	~=major	165
16	= Gemmiza 9	= major	165
17	= Gemmiza 9	~=major	170
18	= Sids 1	= major	150
19	= Sids 1	~=major	155
20	= Giza 164	= major	145
21	= Giza 164	~=major	155
22	= Giza 165	= major	145
23	= Giza 165	~=major	150
24	= Beni Sweif 1	?	160
25	= Beni Sweif 3	?	160
26	= Sids 6	= major	145
27	= Sids 6	~=major	150
28	= Sids 7	= major	145
29	= Sids 7	~=major	150

Plan:mechanicPlan

Sponsor

Row Number	Combine Avaliable	Results
1	= Yes	Perfect
2	~=Yes	Roleout

Task:HarvestByCombine

Step:Harvest_method

Value Holder: Harvest method

Row Number	Results
1	Harvest using combine

Step:Harvest Date LL

Value Holder: Harvest Date LL

Row Number	Results
1	Age LL

Step:Harvest Date UL

Value Holder: Harvest Date UL

Row Number	Results
1	Age UL

Step:HarvestCost

Value Holder: TotHarvestCost

Row Number	Cost	Results
1	= Yes	combineCost+(LaborCost/5)

Plan:HarvestByHand

Sponsor

Row Number	Tractor Mounted with Mower Avaliable	Combine Avaliable	Results
1	~=Yes	~=Yes	Perfect
2	= Yes	= Yes	Roleout
3	= Yes	~=Yes	Roleout
4	~=Yes	= Yes	Roleout

Task:HarvestByHandTask

Step:har method

Value Holder: Harvest method

Row Number	Results
1	Harvest by hand

Step:Harvest Date LLStep

Value Holder: Harvest Date LL

Row Number	Results
1	Age LL

Step:Harvest Date ULStep

Value Holder: Harvest Date UL

Row Number	Results
1	Age UL

Step:HarvestCostStep

Value Holder: TotHarvestCost

Row Number	Cost	Results
1	= Yes	8*LaborCost

Step:ThreshingMethod St.

Value Holder: thrMethod

Row Number	Results
1	Threshing Machine

Step:ThreshCost st.

Value Holder: TotThreshingCost

Row Number	Cost	Results
1	= Yes	ThreshMachCost+(5*LaborCost/3)

Step:UpperThreshingDate st.

Value Holder: threshULDate

Row Number	Results
1	Age UL+1

Step:LowerThreshingDate st.

Value Holder: threshLLDate

Row Number	Results
1	Age LL+1

Plan:HalfMechanical

Sponsor

Row Number	Tractor Mounted with Mower Avaliable	Results
1	= Yes	Perfect
2	~=Yes	Roleout

Task:HarvestHalfMechanical

Step:Harv method

Value Holder: Harvest method

Row Number	Results
1	Harvest by tractor mounted with mower

Step:Harvest Date LL sp.

Value Holder: Harvest Date LL

Row Number	Results
1	Age LL

Step:Harvest Date UL sp.

Value Holder: Harvest Date UL

Row Number	Results
1	Age UL

Step:HarvestCost stp.

Value Holder: TotHarvestCost

Row Number	Cost	Results
1	= Yes	ThreshMachCost+((7*LaborCost/3) )+Tractor Cost

Step:Threshing_methodSt.

Value Holder: thrMethod

Row Number	Results
1	Threshing Machine

Step:threshCost st.

Value Holder: TotThreshingCost

Row Number	Cost	Results
1	= Yes	ThreshMachCost+((5*LaborCost/3) )

Step:LowerThreshingDate1 st.

Value Holder: threshLLDate

Row Number	Results
1	Age LL+1

Step:UpperThreshingDate1 st.

Value Holder: threshULDate

Row Number	Results
1	Age UL+1

Problem Solver:Land Prep.

Top Specialist :Land Prep. Spec

Plan:Land Preparation Plan

Sponsor

Row Number	Results
1	Perfect

Task:Soil Sandy task

Step:clode step

Value Holder: Soil Clouds

Row Number	SoilType	Results
1	= Sandy	No

Step:stone step

Value Holder: Soil Stone

Row Number	SoilType	Results
1	= Sandy	No

Step:plant type step

Value Holder: PlantingType

Row Number	SoilType	Results
1	= Sandy	Dry

Task:Wet Sowing Mehtod Task

Step:Wet Sowing Mehtod Step

Value Holder: Sowing method

Row Number	PlantingType	Results
1	= Wet	Broadcast

Task:Drainage Task

Step:Drainage DateN Step

Value Holder: Drainage DateN

Row Number	Region	DrainageProblem	DrainageSystem	Soil Clouds	SalinityProblem	PlantingType	Used subsoiler	Subsoiler available	Results
1	~=Rain Fed Area	= Yes	= Good	?	?	~=Wet	?	~=No	-8
2	~=Rain Fed Area	= Yes	= Good	?	?	= Wet	?	~=No	-15
3	~=Rain Fed Area	= No	?	= Yes	?	~=Wet	= No	~=No	-8
4	~=Rain Fed Area	= No	?	= Yes	?	= Wet	= No	~=No	-15
5	~=Rain Fed Area	= No	?	= No	= major	~=Wet	?	~=No	-8
6	~=Rain Fed Area	= No	?	= No	= major	= Wet	?	~=No	-15

Step:Drainage equipment Step

Value Holder: Drainage equipment

Row Number	Region	DrainageProblem	DrainageSystem	Soil Clouds	SalinityProblem	Used subsoiler	Subsoiler available	Results
1	~=Rain Fed Area	= Yes	= Good	?	?	?	~=No	Subsoiler
2	~=Rain Fed Area	= No	?	= Yes	?	= No	~=No	Subsoiler
3	~=Rain Fed Area	= No	?	= No	= major	?	~=No	Subsoiler

Step:Drainage mehtod Step

Value Holder: Drainage method

Row Number	Region	DrainageProblem	DrainageSystem	Soil Clouds	SalinityProblem	Used subsoiler	Subsoiler available	Results
1	~=Rain Fed Area	= Yes	= Good	?	?	?	~=No	Plowing depth should be 50 cm# �� _�� _ �� _��_ � ��
2	~=Rain Fed Area	= No	?	= Yes	?	= No	~=No	Plowing depth should be 50 cm. This operation done every three years.# �� _�� _ �� _��_ � �� . �� 3 ��
3	~=Rain Fed Area	= No	?	= No	= major	?	~=No	Plowing depth should be 50 cm# �� _�� _ �� _��_ � ��

Step:Drainage cost Step

Value Holder: Drainage cost

Row Number	Cost	Region	DrainageProblem	DrainageSystem	Soil Clouds	SalinityProblem	Used subsoiler	Subsoiler available	Results
1	= Yes	~=Rain Fed Area	= Yes	= Good	?	?	?	~=No	round(Subsoiler cost/2)
2	= Yes	~=Rain Fed Area	?	?	= Yes	?	= No	~=No	round(Subsoiler cost/2)
3	= Yes	~=Rain Fed Area	?	?	= No	= major	?	~=No	round(Subsoiler cost/2)

Task:Tillage wet Task

Step:Tillage wet dateN Step

Value Holder: Tillage wet dateN

Row Number	Region	PlantingType	Chisel plow available	Results
1	~=Rain Fed Area	= Wet	~=No	-15

Step:Tillage wet equipment Step

Value Holder: Tillage wet equipment

Row Number	Region	PlantingType	Chisel plow available	Results
1	~=Rain Fed Area	= Wet	~=No	Chisel plow

Step:Tillage wet mehtod Step

Value Holder: Tillage wet method

Row Number	Region	SoilType	PlantingType	Chisel plow available	Results
1	~=Rain Fed Area	= Sandy/calc-mixed	= Wet	~=No	Plow once and the plowing depth should not be more than 15 cm# ��
2	~=Rain Fed Area	= Black	= Wet	~=No	Plow twice perpendicularly and the plowing depth should not be more than 15 cm# ��
3	~=Rain Fed Area	= Calcarious	?	~=No	Plow twice perpendicularly and the plowing depth should not be more than 15 cm# ��

Step:Tillage wet cost Step

Value Holder: Tillage wet cost

Row Number	Cost	Region	PlantingType	Chisel plow available	SoilType	Results
1	= Yes	~=Rain Fed Area	= Wet	~=No	= Sandy/calc-mixed	Chisel plow cost*1.25
2	= Yes	~=Rain Fed Area	= Wet	~=No	= Black	Chisel plow cost1.252
3	= Yes	~=Rain Fed Area	= Wet	~=No	= Calcarious	Chisel plow cost1.252

Task:Tillage Task

Step:Tillage DateN Step

Value Holder: Tillage DateN

Row Number	Region	SoilType	Sowing method	Disk plow available	Chisel plow available	PlantingType	Results
1	~=Rain Fed Area	~=Sandy	~=Direct planting tool	?	~=No	~=Wet	-7
2	~=Rain Fed Area	~=Sandy	?	?	~=No	= Wet	0
3	~=Rain Fed Area	= Sandy	~=Direct planting tool	~=No	?	~=Wet	-7

Step:Tillage equipment Step

Value Holder: Tillage equipment

Row Number	Region	SoilType	Sowing method	Chisel plow available	Disk plow available	Results
1	~=Rain Fed Area	= Sandy	~=Direct planting tool	?	~=No	Disk plow
2	~=Rain Fed Area	?	~=Direct planting tool	~=No	?	Chisel plow

Step:Tillage method Step

Value Holder: Tillage method

Row Number	Region	SoilType	Sowing method	Chisel plow available	Disk plow available	Tillage equipment	Results
1	~=Rain Fed Area	= Sandy	~=Direct planting tool	?	~=No	= Disk plow	Plow once and the plowing depth should not be more than 20 cm# ��
2	~=Rain Fed Area	= Sandy	~=Direct planting tool	~=No	?	= Chisel plow	Plow once and the plowing depth should not be more than 15 cm.# ��
3	~=Rain Fed Area	= Sandy/calc-mixed	~=Direct planting tool	~=No	?	= Chisel plow	Plow once and the plowing depth should not be more than 15 cm# ��
4	~=Rain Fed Area	= Black	~=Direct planting tool	~=No	?	= Chisel plow	Plow twice perpendicularly and the plowing depth should not be more than 15 cm# ��
5	~=Rain Fed Area	= Calcarious	~=Direct planting tool	~=No	?	= Chisel plow	Plow twice perpendicularly and the plowing depth should not be more than 15 cm# ��

Step:Tillage cost Step

Value Holder: Tillage cost

Row Number	Cost	Region	SoilType	Sowing method	Chisel plow available	Disk plow available	Tillage equipment	Results
1	= Yes	~=Rain Fed Area	= Sandy	~=Direct planting tool	?	~=No	= Disk plow	Disk plow cost*1.5
2	= Yes	~=Rain Fed Area	= Sandy	~=Direct planting tool	~=No	?	= Chisel plow	Chisel plow cost*1.25
3	= Yes	~=Rain Fed Area	= Sandy/calc-mixed	~=Direct planting tool	~=No	?	= Chisel plow	Chisel plow cost*1.25
4	= Yes	~=Rain Fed Area	= Black	~=Direct planting tool	~=No	?	= Chisel plow	Chisel plow cost1.252
5	= Yes	~=Rain Fed Area	= Calcarious	~=Direct planting tool	~=No	?	= Chisel plow	Chisel plow cost1.252

Task:Weed Task

Step:Weed dateN Step

Value Holder: Remove weed dateN

Row Number	Weed Exist	PlantingType	Results
1	= Yes	= Dry	-7
2	= Yes	= Wet	-15

Step:Weed equipment Step

Value Holder: Remove Weed equipment

Row Number	Weed Exist	Weeds collector available	Results
1	= Yes	= Yes	weeds collector
2	= Yes	~=Yes	manual

Step:Weed mehtod Step

Value Holder: Remove weed method

Row Number	Weed Exist	Weeds collector available	Results
1	= Yes	= Yes	You must collect all weeds after each run outside field boarder# ��
2	= Yes	~=Yes	You must collect all weeds and burn it outside field boarder# ��

Step:Weed cost Step

Value Holder: Remove weed cost

Row Number	Cost	Weed Exist	Weeds collector available	Soil Stone	Results
1	= Yes	= Yes	= Yes	= Yes	Weeds collector cost
2	= Yes	= Yes	= Yes	~=Yes	Weeds collector cost / 2
3	= Yes	= Yes	~=Yes	?	LaborCost * 2

Task:Soil fine Task

Step:Soil fine dateN Step

Value Holder: Soil fine DateN

Row Number	SoilType	Region	Sowing method	Soil Clouds	Disk haorrow available	Rotary tiller available	PlantingType	Results
1	~=Sandy	~=Rain Fed Area	= Drill	?	?	~=No	?	-7
2	~=Sandy	~=Rain Fed Area	= Drill	?	~=No	?	?	-7
3	~=Sandy	~=Rain Fed Area	= Broadcast	= Yes	?	~=No	= Dry	-7
4	~=Sandy	~=Rain Fed Area	= Broadcast	= Yes	~=No	?	= Dry	-7
5	~=Sandy	~=Rain Fed Area	= Broadcast	= Yes	?	~=No	= Wet	0
6	~=Sandy	~=Rain Fed Area	= Broadcast	= Yes	~=No	?	= Wet	0

Step:Soil fine equipment Step

Value Holder: Soil fine equipment

Row Number	SoilType	Region	Sowing method	Soil Clouds	Rotary tiller available	Disk haorrow available	Results
1	~=Sandy	~=Rain Fed Area	= Drill	?	~=No	?	Rotary tiller
2	~=Sandy	~=Rain Fed Area	= Drill	?	?	~=No	Disk haorrow
3	~=Sandy	~=Rain Fed Area	= Broadcast	= Yes	~=No	?	Rotary tiller
4	~=Sandy	~=Rain Fed Area	= Broadcast	= Yes	?	~=No	Disk haorrow

Step:Soil fine cost Step

Value Holder: Soil fine cost

Row Number	Cost	Region	SoilType	Sowing method	Soil Clouds	Disk haorrow available	Rotary tiller available	Soil fine equipment	Results
1	= Yes	~=Rain Fed Area	~=Sandy	= Drill	?	?	~=No	= Rotary tiller	Rotary tiller cost*1
2	= Yes	~=Rain Fed Area	~=Sandy	= Drill	?	~=No	?	= Disk haorrow	Disk haorrow cost*1
3	= Yes	~=Rain Fed Area	~=Sandy	= Broadcast	= Yes	?	~=No	= Rotary tiller	Rotary tiller cost
4	= Yes	~=Rain Fed Area	~=Sandy	= Broadcast	= Yes	~=No	?	= Disk haorrow	Disk haorrow cost*1

Task:Leveling Task

Step:Leveling dateN Step

Value Holder: Leveling DateN

Row Number	Region	PlantingType	IrrigtationType	Leveling by laser	Field leveler available	Laser available	Results
1	~=Rain Fed Area	= Dry	= Flood	~=Yes	?	~=No	-7
2	~=Rain Fed Area	= Dry	= Flood	~=Yes	~=No	?	-7

Step:Leveling equipment Step

Value Holder: Leveling equipment

Row Number	Region	PlantingType	IrrigtationType	Leveling by laser	Field leveler available	Laser available	Results
1	~=Rain Fed Area	= Dry	= Flood	~=Yes	?	~=No	Laser
2	~=Rain Fed Area	= Dry	= Flood	~=Yes	~=No	?	Field leveler

Step:Leveling method Step

Value Holder: Leveling method

Row Number	Region	PlantingType	IrrigtationType	Leveling by laser	Field leveler available	Laser available	Leveling equipment	Results
1	~=Rain Fed Area	= Dry	= Flood	~=Yes	?	~=No	= Laser	Level the soil using laser once every three years# ��
2	~=Rain Fed Area	= Dry	= Flood	~=Yes	~=No	?	= Field leveler	Level the soil twice perpendicularly # ��

Step:Leveling cost Step

Value Holder: Leveling cost

Row Number	Cost	Region	PlantingType	IrrigtationType	Leveling by laser	Field leveler available	Laser available	Leveling equipment	Results
1	= Yes	~=Rain Fed Area	= Dry	= Flood	~=Yes	?	~=No	= Laser	Laser cost*2
2	= Yes	~=Rain Fed Area	= Dry	= Flood	~=Yes	~=No	?	= Field leveler	Field leveler cost*3

Task:Stone Picker Task

Step:Stone picker dateN Step

Value Holder: Stone picker dateN

Row Number	Region	Soil Stone	Stonepicker available	PlantingType	Results
1	~=Rain Fed Area	= Yes	= Yes	= Dry	-7
2	~=Rain Fed Area	= Yes	= Yes	= Wet	0

Step:Stone picker equipment Step

Value Holder: Stone picker equipment

Row Number	Region	Soil Stone	Stonepicker available	Results
1	~=Rain Fed Area	= Yes	= Yes	Stonepicker

Step:Stone picker method Step

Value Holder: Stone picker method

Row Number	Region	Soil Stone	Stonepicker available	Results
1	~=Rain Fed Area	= Yes	= Yes	All picked stone must be dumped outside the field# 3. ��

Step:Stone picker cost Step

Value Holder: Stone picker operation cost

Row Number	Cost	Region	Soil Stone	Stonepicker available	Results
1	= Yes	~=Rain Fed Area	= Yes	= Yes	Stonepicker cost*2

Task:Basin Task

Step:Basin divide dateN Step

Value Holder: Basin DateN

Row Number	Region	IrrigtationType	SoilType	Results
1	~=Rain Fed Area	= Flood	~=Sandy	0

Step:Leveling Step

Value Holder: Laser leveling

Row Number	Region	IrrigtationType	PlantingType	SoilType	Leveling by laser	Laser available	Field leveler available	Leveling equipment	Results
1	~=Rain Fed Area	= Flood	= Dry	~=Sandy	= Yes	?	?	?	Yes
2	~=Rain Fed Area	= Flood	= Dry	~=Sandy	~=Yes	~=No	?	= Laser	Yes
3	~=Rain Fed Area	= Flood	= Dry	~=Sandy	~=Yes	?	~=No	= Field leveler	No
4	~=Rain Fed Area	= Flood	= Dry	~=Sandy	~=Yes	= No	?	?	No
5	~=Rain Fed Area	= Flood	~=Dry	~=Sandy	?	?	?	?	No

Step:Harvest Mehtod Step

Value Holder: Harvest method

Row Number	Region	IrrigtationType	SoilType	Combine Avaliable	Tractor Mounted with Mower Avaliable	Results
1	~=Rain Fed Area	= Flood	~=Sandy	= Yes	?	Harvest using combine
2	~=Rain Fed Area	= Flood	~=Sandy	?	= Yes	Harvest by tractor mounted with mower
3	~=Rain Fed Area	= Flood	~=Sandy	~=Yes	~=Yes	Harvest by hand

Step:Basin size Step

Value Holder: Basin divide size

Row Number	Region	SoilType	IrrigtationType	SalinityProblem	Harvest method	Laser available	Leveling status	Results
1	~=Rain Fed Area	= Black	= Flood	~=major	~=Harvest using combine	= Yes	?	Divide your land into basins with the dimensions is 9 (or multiplicity of 3) m X 75 to 125 m approximately.# �� 9 � �� 3 � 75 �� 125 � ��
2	~=Rain Fed Area	= Black	= Flood	~=major	= Harvest using combine	= Yes	?	Divide your land into basins with the dimensions is 12 (or multiplicity of 6) m X 75 to 125 m approximately.# �� 12 � �� 6 � 75 �� 125 � ��
3	~=Rain Fed Area	= Black	= Flood	~=major	~=Harvest using combine	= No	= No	Divide your land into basins with the dimensions is 6 m X 20 m approximately.# �� 6 � � 20 � ��
4	~=Rain Fed Area	= Black	= Flood	~=major	= Harvest using combine	= No	= No	Divide your land into basins with the dimensions is 6 m X 75 m approximately.# �� 6 � � 75 � ��
5	~=Rain Fed Area	= Calcarious	= Flood	~=major	~=Harvest using combine	= Yes	?	Divide your land into basins with the dimensions is 9 (or multiplicity of 3) m X 75 to 125 m approximately.# �� 9 � �� 3 � 75 �� 125 � ��
6	~=Rain Fed Area	= Calcarious	= Flood	~=major	= Harvest using combine	= Yes	?	Divide your land into basins with the dimensions is 12 (or multiplicity of 6) m X 75 to 125 m approximately.# �� 12 � �� 6 � 75 �� 125 � ��
7	~=Rain Fed Area	= Calcarious	= Flood	~=major	~=Harvest using combine	= No	= No	Divide your land into basins with the dimensions is 6 m X 20 m approximately.# �� 6 � � 20 � ��
8	~=Rain Fed Area	= Calcarious	= Flood	~=major	= Harvest using combine	= No	= No	Divide your land into basins with the dimensions is 6 m X 75 m approximately.# �� 6 � � 75 � ��
9	~=Rain Fed Area	= Sandy/calc-mixed	= Flood	~=major	~=Harvest using combine	= No	= No	Divide your land into basins with the dimensions is 9 m X 20 m approximately.# �� 9 � � 20 � ��
10	~=Rain Fed Area	= Sandy/calc-mixed	= Flood	~=major	= Harvest using combine	= No	= No	Divide your land into basins with the dimensions is 6 m X 50 m approximately.# �� 6 � � 50 � ��
11	~=Rain Fed Area	= Sandy/calc-mixed	= Flood	~=major	~=Harvest using combine	= Yes	?	Divide your land into basins with the dimensions is 9 m X 50 m approximately# �� 9 � � 50 � ��
12	~=Rain Fed Area	= Sandy/calc-mixed	= Flood	~=major	= Harvest using combine	= Yes	?	Divide your land into basins with the dimensions is 12 m X 50 m approximately.# �� 12 � � 50 � ��
13	~=Rain Fed Area	~=Sandy	= Flood	~=major	?	= No	= Yes	Divide your land into basin according to the land leveling# ��
14	~=Rain Fed Area	~=Sandy	= Flood	= major	?	?	?	Divide your land into basins with the dimensions is 3 m X 6 m approximately.# �� 3 � � 6 � ��

Step:Basin divide tool Step

Value Holder: Basin divide tool

Row Number	Region	SoilType	IrrigtationType	Laser leveling	Leveling status	Ditcher available	Ridger available	Results
1	~=Rain Fed Area	~=Sandy	= Flood	= No	= No	~=No	?	Ditcher
2	~=Rain Fed Area	~=Sandy	= Flood	= No	= No	?	~=No	Ridger
3	~=Rain Fed Area	~=Sandy	= Flood	?	?	= No	= No	Laborer
4	~=Rain Fed Area	~=Sandy	= Flood	= No	= Yes	?	?	Laborer
5	~=Rain Fed Area	~=Sandy	= Flood	= Yes	?	~=No	?	Ditcher
6	~=Rain Fed Area	~=Sandy	= Flood	= Yes	?	?	~=No	Ridger

Step:Basin divide cost Step

Value Holder: Basin divide cost

Row Number	Cost	Region	SoilType	IrrigtationType	SalinityProblem	Harvest method	Laser leveling	Leveling status	Basin divide tool	Results
1	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	?	= No	= Yes	= Laborer	LaborCost*3/4
2	= Yes	~=Rain Fed Area	~=Sandy	= Flood	= major	?	?	?	= Laborer	LaborCost*1
3	= Yes	~=Rain Fed Area	~=Sandy	= Flood	= major	?	?	?	= Ridger	Redger cost*1
4	= Yes	~=Rain Fed Area	~=Sandy	= Flood	= major	?	?	?	= Ditcher	Ditcher cost
5	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	~=Harvest using combine	= No	= No	= Laborer	LaborCost*3/4
6	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	~=Harvest using combine	= No	= No	= Ridger	Redger cost*3/4
7	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	~=Harvest using combine	= No	= No	= Ditcher	Ditcher cost*3/4
8	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	?	= Yes	?	= Laborer	LaborCost/2
9	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	?	= Yes	?	= Ridger	Redger cost*1/2
10	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	?	= Yes	?	= Ditcher	Ditcher cost*1/2
11	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	= Harvest using combine	= No	= No	= Laborer	LaborCost/2
12	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	= Harvest using combine	= No	= No	= Ridger	Redger cost*1/2
13	= Yes	~=Rain Fed Area	~=Sandy	= Flood	~=major	= Harvest using combine	= No	= No	= Ditcher	Ditcher cost*1/2

Problem Solver:Fertilization

Top Specialist :Fert Spec

Plan:Fert. Plan

Sponsor

Row Number	Results
1	Perfect

Task:K_Fert_Tsk.

Step:K_Base_St.

Value Holder: K_Base

Row Number	SprinklerValid	AnalysisExist	SoilType	Results
1	= Yes	= Yes	~=Black	((((Yield_QTY150)/1000)29.5*2)-K_Analysis)
2	= Yes	~=Yes	~=Black	24

Step:K_Qty_St.

Value Holder: K_Qty

Row Number	SoilType	SprinklerValid	Results
1	~=Black	= Yes	((100*K_Base)/48)

Step:K_Name_St.

Value Holder: K_Name

Row Number	SoilType	SprinklerValid	Results
1	~=Black	= Yes	Potassium Sulphate 48% K2O#�� 48% ��2�

Step:K_Methode_St.

Value Holder: K_Methode

Row Number	SoilType	Results
1	~=Black	Broadcast

Step:K_Date_St.

Value Holder: K_Date

Row Number	SoilType	Results
1	~=Black	22

Step:K_Cost_St.

Value Holder: K_Cost

Row Number	SprinklerValid	SoilType	Cost	Results
1	= Yes	~=Black	= Yes	(((K_price/50)*K_Qty)+(LaborCost/3))

Task:R_N_Fert_Tsk.

Step:R_N_Qty_St.

Value Holder: RainfedIrrQty

Row Number	SprinklerValid	Region	Results
1	= Yes	= Rain Fed Area	10

Step:R_N_Name_St.

Value Holder: NComerOut

Row Number	SprinklerValid	Region	AmmonuimSulphateAvalable	AmmonuimNitrateAvalable	NComerInNew	Results
1	= Yes	= Rain Fed Area	= Yes	?	?	Ammonuim Sulphate
2	= Yes	= Rain Fed Area	= No	= Yes	?	Ammonuim Nitrate
3	= Yes	= Rain Fed Area	~=Yes	~=Yes	= Ammonuim Sulphate	Ammonuim Sulphate
4	= Yes	= Rain Fed Area	~=Yes	~=Yes	= Ammonuim Nitrate	Ammonuim Nitrate
5	= Yes	= Rain Fed Area	~=Yes	~=Yes	= unknown	Ammonuim Sulphate

Step:R_N_Methode_St.

Value Holder: N_Methode

Row Number	SprinklerValid	Region	Results
1	= Yes	= Rain Fed Area	Broadcasting then covering

Step:R_N_Date_St.

Value Holder: RainfedIrrDate

Row Number	SprinklerValid	Region	Results
1	= Yes	= Rain Fed Area	Cover the seeds and the fertilizer after broadcasting the seeds

Step:R_N_Cost_St.

Value Holder: RainfedIrrCost

Row Number	SprinklerValid	Cost	Region	NComerOut	Results
1	= Yes	= Yes	= Rain Fed Area	= Ammonuim Nitrate	((10*N_Nitrate_Price)+(LaborCost/3))
2	= Yes	= Yes	= Rain Fed Area	= Ammonuim Sulphate	((10*N_Sulphate_Price)+(LaborCost/3))
3	= Yes	= Yes	= Rain Fed Area	= unknown	((10*N_Sulphate_Price)+(LaborCost/3))

Step:R_N_Time_St.

Value Holder: N_Time

Row Number	SprinklerValid	Region	Results
1	= Yes	= Rain Fed Area	Better to application afternoon.

Task:Ph_Fert_Tsk.

Step:Ph_Base_St.

Value Holder: Ph_Base

Row Number	SprinklerValid	SoilType	AnalysisExist	PreviuosCrop	Results
1	= Yes	= Black	~=Yes	= Rice	22.5
2	= Yes	= Black	~=Yes	= Corn	15
3	= Yes	= Black	~=Yes	= Cotton	15
4	= Yes	= Black	~=Yes	= Sorghum maize	15
5	= Yes	= Black	~=Yes	= Legumes	0
6	= Yes	= Black	~=Yes	= Vegetables	0
7	= Yes	= Sandy	~=Yes	?	30
8	= Yes	= Calcarious	~=Yes	?	22.5
9	= Yes	= Sandy/calc-mixed	~=Yes	?	22.5
10	= Yes	?	= Yes	?	((((Yield_QTY150)/1000)12.5*2)-Ph_Analysis)
11	= Yes	= Black	~=Yes	= unknown	22.5
12	= Yes	= unknown	~=Yes	?	30

Step:Ph_Name_St.

Value Holder: PhComerOut

Row Number	SprinklerValid	Ph_Base	PHAvailable	Results
1	= Yes	~=0	= Super Phosphate 15%	Super Phosphate 15%
2	= Yes	~=0	= Super Phosphate 37%	Super phosphate 37%
3	= Yes	~=0	?	Super phosphate 37%

Step:Ph_Type_St.

Value Holder: PhType

Row Number	SprinklerValid	Ph_Base	PhComerOut	Results
1	= Yes	~=0	~=Super phosphate 37%	1
2	= Yes	~=0	= Super phosphate 37%	2

Step:Ph_Qty_St.

Value Holder: Ph_Qty

Row Number	SprinklerValid	Ph_Base	PhComerOut	Results
1	= Yes	~=0	= Super Phosphate 15%	((100*Ph_Base)/15)
2	= Yes	~=0	= Super phosphate 37%	((100*Ph_Base)/37)

Step:Ph_Methode_St.

Value Holder: Ph_Methode

Row Number	SprinklerValid	Ph_Base	Results
1	= Yes	~=0	Broadcast

Step:Ph_Date_St.

Value Holder: Ph_Date

Row Number	SprinklerValid	Ph_Base	PlantingType	Results
1	= Yes	~=0	~=Wet	(-1*(1+Tillage DateN))
2	= Yes	~=0	= Wet	(-1*(1+Tillage DateN))

Step:Ph_Cost_St.

Value Holder: Ph_Cost

Row Number	SprinklerValid	Cost	Ph_Base	PhType	Results
1	= Yes	= Yes	~=0	= 1.00	(((Ph15_Price/50)*Ph_Qty)+(LaborCost/3))
2	= Yes	= Yes	~=0	= 2.00	(((Ph37_Price/50)*Ph_Qty)+(LaborCost/3))

Specialist:OM_Fert_Sp.

Plan:Yes_OM_Pln.

Sponsor

Row Number	Results
1	Perfect

Task:OM_Fert_Tsk.

Step:OM_Exist_St.

Value Holder: OM_Exist

Row Number	SprinklerValid	Results
1	= Yes	Yes

Step:OM_Qty_St.

Value Holder: OM_Qty

Row Number	SprinklerValid	SoilType	Results
1	= Yes	= Black	12.5
2	= Yes	~=Black	25

Step:OM_Name_St.

Value Holder: OM_Name

Row Number	SprinklerValid	OM_Exist	Results
1	= Yes	= Yes	Ferment organic manure#��

Step:OM_Methode_St.

Value Holder: OM_Methode

Row Number	SprinklerValid	OM_Exist	Results
1	= Yes	= Yes	BroadCast#��

Step:OM_Date_St.

Value Holder: OM_Date

Row Number	SprinklerValid	PlantingType	OM_Exist	Results
1	= Yes	~=Wet	= Yes	-1-Tillage DateN
2	= Yes	= Wet	= Yes	(-1*(1+Tillage wet dateN))

Step:OM_Cost_St.

Value Holder: OM_Cost

Row Number	SprinklerValid	Cost	OM_Exist	Results
1	= Yes	= Yes	= Yes	((OM_PriceOM_Qty)+(1.5LaborCost))

Plan:No_OM_Pln.

Sponsor

Row Number	Results
1	Perfect

Task:No_OM_Tsk.

Step:No_OM_St.

Value Holder: OM_Exist

Row Number	SprinklerValid	Results
1	= Yes	No

Task:N_Base_Tsk.

Step:N_Base_St.

Value Holder: N_Base_Qty

Row Number	SprinklerValid	AnalysisExist	SoilType	PreviuosCrop	OM_Exist	Results
1	= Yes	~=Yes	= Black	= Legumes	= Yes	(60-(OM_Qty/2))
2	= Yes	~=Yes	= Black	= Legumes	= No	60
3	= Yes	~=Yes	= Sandy	?	= Yes	(85-(OM_Qty/2))
4	= Yes	~=Yes	= Sandy	?	= No	85
5	= Yes	~=Yes	= Calcarious	?	= Yes	(75-(OM_Qty/2))
6	= Yes	~=Yes	= Calcarious	?	= No	75
7	= Yes	~=Yes	= Sandy/calc-mixed	?	= Yes	(75-(OM_Qty/2))
8	= Yes	~=Yes	= Sandy/calc-mixed	?	= No	75
9	= Yes	~=Yes	= Black	= Corn	= Yes	(75-(OM_Qty/2))
10	= Yes	~=Yes	= Black	= Corn	= No	75
11	= Yes	~=Yes	= Black	= Cotton	= Yes	(75-(OM_Qty/2))
12	= Yes	~=Yes	= Black	= Cotton	= No	75
13	= Yes	~=Yes	= Black	= Rice	= Yes	(75-(OM_Qty/2))
14	= Yes	~=Yes	= Black	= Rice	= No	75
15	= Yes	~=Yes	= Black	= Sorghum maize	= Yes	(75-(OM_Qty/2))
16	= Yes	~=Yes	= Black	= Sorghum maize	= No	75
17	= Yes	~=Yes	= Sandy	?	= Yes	(100-(OM_Qty/2))
18	= Yes	~=Yes	= Sandy	?	= No	100
19	= Yes	~=Yes	= Sandy	?	= Yes	(100-(OM_Qty/2))
20	= Yes	~=Yes	= Sandy	?	= No	100
21	= Yes	~=Yes	= Sandy	?	= Yes	(100-(OM_Qty/2))
22	= Yes	~=Yes	= Sandy	?	= No	100
23	= Yes	~=Yes	= Calcarious	?	= Yes	(90-(OM_Qty/2))
24	= Yes	~=Yes	= Calcarious	?	= No	90
25	= Yes	~=Yes	= Calcarious	?	= Yes	(90-(OM_Qty/2))
26	= Yes	~=Yes	= Calcarious	?	= No	90
27	= Yes	~=Yes	= Calcarious	?	= Yes	(90-(OM_Qty/2))
28	= Yes	~=Yes	= Calcarious	?	= No	90
29	= Yes	~=Yes	= Sandy/calc-mixed	?	= Yes	(90-(OM_Qty/2))
30	= Yes	~=Yes	= Sandy/calc-mixed	?	= No	90
31	= Yes	~=Yes	= Sandy/calc-mixed	?	= Yes	(90-(OM_Qty/2))
32	= Yes	~=Yes	= Sandy/calc-mixed	?	= No	90
33	= Yes	~=Yes	= Sandy/calc-mixed	?	= Yes	(90-(OM_Qty/2))
34	= Yes	~=Yes	= Sandy/calc-mixed	?	= No	90
35	= Yes	~=Yes	= Black	= Vegetables	= Yes	((75/2)-(OM_Qty/2))
36	= Yes	~=Yes	= Black	= Vegetables	= No	37.5
37	= Yes	~=Yes	= Sandy	?	= Yes	(75-(OM_Qty/2))
38	= Yes	~=Yes	= Sandy	?	= No	75
39	= Yes	~=Yes	= Calcarious	?	= Yes	((135/2)-(OM_Qty/2))
40	= Yes	~=Yes	= Calcarious	?	= No	67.5
41	= Yes	~=Yes	= Sandy/calc-mixed	?	= Yes	((135/2)-(OM_Qty/2))
42	= Yes	~=Yes	= Sandy/calc-mixed	?	= No	67.5
43	= Yes	= Yes	?	?	?	((((Yield_QTY150)/1000)28.3*2)-N_Analysis)
44	= Yes	~=Yes	= Black	= unknown	= No	(75-(OM_Qty/2))
45	= Yes	~=Yes	= Black	= unknown	= Yes	75
46	= Yes	~=Yes	= Calcarious	?	= No	(90-(OM_Qty/2))
47	= Yes	~=Yes	= Calcarious	?	= Yes	90
48	= Yes	~=Yes	= Sandy	?	= No	(100-(OM_Qty/2))
49	= Yes	~=Yes	= Sandy	?	= Yes	100
50	= Yes	~=Yes	= Sandy/calc-mixed	?	= No	(90-(OM_Qty/2))
51	= Yes	~=Yes	= Sandy/calc-mixed	?	= Yes	90
52	= Yes	~=Yes	= unknown	?	= No	(90-(OM_Qty/2))
53	= Yes	~=Yes	= unknown	?	= Yes	90

Specialist:N_Fert_Sp.

Plan:N_Flood_Pln.

Sponsor

Row Number	IrrigtationType	SprinklerValid	Results
1	~=Sprinkler	= Yes	Perfect
2	= Sprinkler	= Yes	Roleout
3	?	= No	Roleout

Task:NOfFertFlood_Tsk.

Step:NOfFertSt.

Value Holder: NOfFert

Row Number	SoilType	PreviuosCrop	PreviuosCrop	OM_Exist	Results
1	?	?	?	= Yes	2
2	= Black	~=Legumes	~=Vegetables	~=Yes	3
3	~=Black	?	?	~=Yes	3
4	= Black	= Legumes	?	~=Yes	2
5	= Black	= Vegetables	?	~=Yes	2

Step:F_N_Name_St.

Value Holder: NComerOut

Row Number	SoilType	NComerInOld	Results
1	= Black	= Urea	Urea
2	= Black	= Ammonuim Sulphate	Ammonuim Sulphate
3	= Black	= Ammonuim Nitrate	Ammonuim Nitrate
4	~=Black	= Ammonuim Sulphate	Ammonuim Sulphate
5	~=Black	= Ammonuim Nitrate	Ammonuim Nitrate

Step:F_N_Methode_St.

Value Holder: N_Methode

Row Number	Results
1	Broadcast#��

Step:F_N_Time_St.

Value Holder: N_Time

Row Number	Results
1	Before irrigation immediately.#��

Step:F_N_Type_St.

Value Holder: N_Type

Row Number	NComerOut	Results
1	= Ammonuim Nitrate	1
2	= Ammonuim Sulphate	2
3	= Urea	3
4	?	3

Step:DatNFert_St1

Value Holder: DatSpFert

Row Number	NOfFert	Results
1	= 2.00	Apply the first does before the second irrigation immediately, Apply the second does before third irrigation immediately. #�� .
2	= 3.00	Apply the first does before planting irrigation immediately, Apply the second does before second irrigation immediately, Apply the third does before third irrigation immediately.# �� .

Task:F_N_1Dose_Tsk.

Step:N1_Qty_St.

Value Holder: NQty1

Row Number	NOfFert	SoilType	N_Type	Results
1	= 2.00	= Black	= 1.00	100*N_Base_Qty/2/20.6
2	= 2.00	= Black	= 2.00	((100*(N_Base_Qty/2))/46)
3	= 2.00	= Black	= 3.00	((100*(N_Base_Qty/2))/33.5)
4	= 2.00	~=Black	= 1.00	((100*(N_Base_Qty/2))/20.6)
5	= 2.00	~=Black	= 2.00	((100*(N_Base_Qty/5))/33.5)
6	= 3.00	= Black	= 1.00	((100*(N_Base_Qty/5))/20.6)
7	= 3.00	= Black	= 2.00	((100*(N_Base_Qty/5))/46)
8	= 3.00	= Black	= 3.00	((100*(N_Base_Qty/5))/33.5)
9	= 3.00	~=Black	= 1.00	((100*(N_Base_Qty/5))/20.6)
10	= 3.00	~=Black	= 2.00	((100*(N_Base_Qty/5))/20.6)

Step:N1_Date_St.

Value Holder: NDate1

Row Number	NOfFert	PlantingType	Results
1	= 2.00	?	Flood2ndIrrnDate
2	= 3.00	~=Wet	Flood1stIrrnDate
3	= 3.00	= Wet	Flood1stIrrnDate

Step:N1_Cost_St.

Value Holder: NCost1

Row Number	Cost	SoilType	N_Type	Results
1	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty1)+(LaborCost/3))
2	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty1)+(LaborCost/3))
3	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty1)+(LaborCost/3))
4	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty1)+(LaborCost/3))
5	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty1)+(LaborCost/3))

Task:F_N_2Dose_Tsk.

Step:N2_Qty_St.

Value Holder: NQty2

Row Number	NOfFert	SoilType	N_Type	Results
1	= 2.00	= Black	= 1.00	((100*(N_Base_Qty/2))/33.5)
2	= 2.00	= Black	= 2.00	((100*(N_Base_Qty/2))/20.6)
3	= 2.00	= Black	= 3.00	((100*(N_Base_Qty/2))/46)
4	= 2.00	~=Black	= 1.00	((100*(N_Base_Qty/2))/33.5)
5	= 2.00	~=Black	= 2.00	((100*(N_Base_Qty/2))/20.6)
6	= 3.00	= Black	= 1.00	((200*(N_Base_Qty/5))/33.5)
7	= 3.00	= Black	= 2.00	((200*(N_Base_Qty/5))/20.6)
8	= 3.00	= Black	= 3.00	((200*(N_Base_Qty/5))/46)
9	= 3.00	~=Black	= 1.00	((200*(N_Base_Qty/5))/33.5)
10	= 3.00	~=Black	= 2.00	((200*(N_Base_Qty/5))/20.6)

Step:N2_Date_St.

Value Holder: NDate2

Row Number	NOfFert	Results
1	= 2.00	Flood3rdIrrnDate
2	= 3.00	Flood2ndIrrnDate

Step:N2_Cost_St.

Value Holder: NCost2

Row Number	Cost	SoilType	N_Type	Results
1	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty2)+(LaborCost/3))
2	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty2)+(LaborCost/3))
3	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty2)+(LaborCost/3))
4	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty2)+(LaborCost/3))
5	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty2)+(LaborCost/3))

Task:F_N_3Dose_Tsk.

Step:N3_Qty_St.

Value Holder: NQty3

Row Number	NOfFert	SoilType	N_Type	Results
1	= 3.00	= Black	= 1.00	((200*(N_Base_Qty/5))/33.5)
2	= 3.00	= Black	= 2.00	((200*(N_Base_Qty/5))/20.6)
3	= 3.00	= Black	= 3.00	((200*(N_Base_Qty/5))/46)
4	= 3.00	~=Black	= 1.00	((200*(N_Base_Qty/5))/33.5)
5	= 3.00	~=Black	= 2.00	((200*(N_Base_Qty/5))/20.6)

Step:N3_Date_St.

Value Holder: NDate3

Row Number	NOfFert	Results
1	= 3.00	Flood3rdIrrnDate

Step:N3_Cost_St.

Value Holder: NCost3

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 3.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty3)+(LaborCost/3))
2	= 3.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty3)+(LaborCost/3))
3	= 3.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty3)+(LaborCost/3))
4	= 3.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty3)+(LaborCost/3))
5	= 3.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty3)+(LaborCost/3))

Step:N_Total_Cost_St.

Value Holder: N_T_Cost

Row Number	Cost	NOfFert	Results
1	= Yes	= 2	(NCost1+NCost2)
2	= Yes	= 3	(NCost1+NCost2+NCost3)

Plan:N_Sprinkler_Pln.

Sponsor

Row Number	IrrigtationType	SprinklerValid	Results
1	= Sprinkler	= Yes	Perfect
2	~=Sprinkler	= Yes	Roleout
3	?	= No	Roleout

Task:NOfFertSprinklerTsk

Step:NOfFertSprinklerSt.

Value Holder: NOfFert

Row Number	InjectTankExist	Results
1	~=No	10
2	~=Yes	6

Step:S_N_Name_St.

Value Holder: NComerOut

Row Number	SoilType	NComerInOld	Results
1	= Black	= Urea	Urea
2	= Black	= Ammonuim Sulphate	Ammonuim Sulphate
3	= Black	= Ammonuim Nitrate	Ammonuim Nitrate
4	~=Black	= Ammonuim Sulphate	Ammonuim Sulphate
5	~=Black	= Ammonuim Nitrate	Ammonuim Nitrate

Step:S_N_Methode_St.

Value Holder: N_Methode

Row Number	NOfFert	Results
1	= 10.00	Use Injection tank.#��
2	= 6.00	Broadcast#��

Step:S_N_Time_St.

Value Holder: N_Time

Row Number	Results
1	Time of spraying either early in the morning or afternoon.#��

Step:S_N_Type_St.

Value Holder: N_Type

Row Number	NComerOut	Results
1	= Ammonuim Nitrate	1
2	= Ammonuim Sulphate	2
3	= Urea	3

Step:FertSpDateSt

Value Holder: DatSpFert

Row Number	NOfFert	Results
1	= 10.00	Apply first does of nitrogen fertilizer at planting date. The residual dose is applied after 10 - 15 days from planting date, then every two irrigation.#�� 10 �� 15 �� .
2	= 6.00	Apply first does of nitrogen fertilizer at planting date. The residual dose is applied after 10 - 15 days from planting date, then every three irrigation.# �� 10 �� 15 �� 3 ��.

Task:S_N_1Dose_Tsk.

Step:S_N1_Qty_St.

Value Holder: NQty1

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*(N_Base_Qty/5))/33.5)
2	= 10.00	= Black	= 2.00	((100*(N_Base_Qty/5))/20.6)
3	= 10.00	= Black	= 3.00	((100*(N_Base_Qty/5))/46)
4	= 10.00	~=Black	= 1.00	((100*(N_Base_Qty/5))/33.5)
5	= 10.00	~=Black	= 2.00	((100*(N_Base_Qty/5))/20.6)
6	= 6.00	= Black	= 1.00	((100*(N_Base_Qty/5))/33.5)
7	= 6.00	= Black	= 2.00	((100*(N_Base_Qty/5))/20.6)
8	= 6.00	= Black	= 3.00	((100*(N_Base_Qty/5))/46)
9	= 6.00	~=Black	= 1.00	((100*(N_Base_Qty/5))/33.5)
10	= 6.00	~=Black	= 2.00	((100*(N_Base_Qty/5))/20.6)

Step:S_N1_Date_St.

Value Holder: NDate1

Row Number	Results
1	0

Step:S_N1_Cost_St.

Value Holder: NCost1

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty1)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty1)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty1)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty1)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty1)
6	= 6.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty1)+(LaborCost/3))
7	= 6.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty1)+(LaborCost/3))
8	= 6.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty1)+(LaborCost/3))
9	= 6.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty1)+(LaborCost/3))
10	= 6.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty1)+(LaborCost/3))

Task:S_N_2Dose_Tsk.

Step:S_N2_Qty_St.

Value Holder: NQty2

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
6	= 6.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
7	= 6.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)
8	= 6.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/46)
9	= 6.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
10	= 6.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)

Step:S_N2_Date_St.

Value Holder: NDate2

Row Number	Results
1	DecDate+DecInterval

Step:S_N2_Cost_St.

Value Holder: NCost2

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty2)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty2)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty2)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty2)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty2)
6	= 6.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty2)+(LaborCost/3))
7	= 6.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty2)+(LaborCost/3))
8	= 6.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty2)+(LaborCost/3))
9	= 6.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty2)+(LaborCost/3))
10	= 6.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty2)+(LaborCost/3))

Task:S_N_3Dose_Tsk.

Step:S_N3_Qty_St.

Value Holder: NQty3

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
6	= 6.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
7	= 6.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)
8	= 6.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/46)
9	= 6.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
10	= 6.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)

Step:S_N3_Date_St.

Value Holder: NDate3

Row Number	NOfFert	Results
1	= 10.00	DecDate+(3*DecInterval)
2	= 6.00	DecDate+(4*DecInterval)

Step:S_N3_Cost_St.

Value Holder: NCost3

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty3)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty3)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty3)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty3)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty3)
6	= 6.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty3)+(LaborCost/3))
7	= 6.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty3)+(LaborCost/3))
8	= 6.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty3)+(LaborCost/3))
9	= 6.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/500)*NQty3)+(LaborCost/3))
10	= 6.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty3)+(LaborCost/3))

Task:S_N_4Dose_Tsk.

Step:S_N4_Qty_St.

Value Holder: NQty4

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
6	= 6.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
7	= 6.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)
8	= 6.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/46)
9	= 6.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
10	= 6.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)

Step:S_N4_Date_St.

Value Holder: NDate4

Row Number	NOfFert	Results
1	= 10.00	DecDate+(5*DecInterval)
2	= 6.00	DecDate+(7*DecInterval)

Step:S_N4_Cost_St.

Value Holder: NCost4

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty4)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty4)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty4)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty4)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty4)
6	= 6.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty4)+(LaborCost/3))
7	= 6.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty4)+(LaborCost/3))
8	= 6.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty4)+(LaborCost/3))
9	= 6.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty4)+(LaborCost/3))
10	= 6.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty4)+(LaborCost/3))

Task:S_N_5Dose_Tsk.

Step:S_N5_Qty_St.

Value Holder: NQty5

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
6	= 6.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
7	= 6.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)
8	= 6.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/46)
9	= 6.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
10	= 6.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)

Step:S_N5_Date_St.

Value Holder: NDate5

Row Number	NOfFert	Results
1	= 10.00	DecDate+(7*DecInterval)
2	= 6.00	JanDate+(2*JanInterval)

Step:S_N5_Cost_St.

Value Holder: NCost5

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty5)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty5)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty5)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty5)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty5)
6	= 6.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty5)+(LaborCost/3))
7	= 6.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty5)+(LaborCost/3))
8	= 6.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty5)+(LaborCost/3))
9	= 6.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty5)+(LaborCost/3))
10	= 6.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty5)+(LaborCost/3))

Task:S_N_6Dose_Tsk.

Step:S_N6_Qty_St.

Value Holder: NQty6

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
6	= 6.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
7	= 6.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)
8	= 6.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/46)
9	= 6.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/33.5)
10	= 6.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/5))/20.6)

Step:S_N6_Date_St.

Value Holder: NDate6

Row Number	NOfFert	Results
1	= 10.00	JanDate+JanInterval
2	= 6.00	JanDate+(5*JanInterval)

Step:S_N6_Cost_St.

Value Holder: NCost6

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty6)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty6)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty6)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty6)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty6)
6	= 6.00	= Yes	= Black	= 1.00	(((N_Nitrate_Price/50)*NQty6)+(LaborCost/3))
7	= 6.00	= Yes	= Black	= 2.00	(((N_Sulphate_Price/50)*NQty6)+(LaborCost/3))
8	= 6.00	= Yes	= Black	= 3.00	(((N_Urea_Price/50)*NQty6)+(LaborCost/3))
9	= 6.00	= Yes	~=Black	= 1.00	(((N_Nitrate_Price/50)*NQty6)+(LaborCost/3))
10	= 6.00	= Yes	~=Black	= 2.00	(((N_Sulphate_Price/50)*NQty6)+(LaborCost/3))

Task:S_N_7Dose_Tsk.

Step:S_N7_Qty_St.

Value Holder: NQty7

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)

Step:S_N7_Date_St.

Value Holder: NDate7

Row Number	NOfFert	Results
1	= 10.00	JanDate+(3*JanInterval)

Step:S_N7_Cost_St.

Value Holder: NCost7

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty7)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty7)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty7)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty7)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty7)

Task:S_N_8Dose_Tsk.

Step:S_N8_Qty_St.

Value Holder: NQty8

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)

Step:S_N8_Date_St.

Value Holder: NDate8

Row Number	NOfFert	Results
1	= 10.00	JanDate+(5*JanInterval)

Step:S_N8_Cost_St.

Value Holder: NCost8

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty8)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty8)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty8)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty8)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty8)

Task:S_N_9Dose_Tsk.

Step:S_N9_Qty_St.

Value Holder: NQty9

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)

Step:S_N9_Date_St.

Value Holder: NDate9

Row Number	NOfFert	Results
1	= 10.00	JanDate+(7*JanInterval)

Step:S_N9_Cost_St.

Value Holder: NCost9

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty9)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty9)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)+NQty9)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty9)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty9)

Task:S_N_10Dose_Tsk.

Step:S_N10_Qty_St.

Value Holder: NQty10

Row Number	NOfFert	SoilType	N_Type	Results
1	= 10.00	= Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
2	= 10.00	= Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)
3	= 10.00	= Black	= 3.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/46)
4	= 10.00	~=Black	= 1.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/33.5)
5	= 10.00	~=Black	= 2.00	((100*((N_Base_Qty-(N_Base_Qty/5))/9))/20.6)

Step:S_N10_Date_St.

Value Holder: NDate10

Row Number	NOfFert	Results
1	= 10.00	FebDate+FebInterval

Step:S_N10_Cost_St.

Value Holder: NCost10

Row Number	NOfFert	Cost	SoilType	N_Type	Results
1	= 10.00	= Yes	= Black	= 1.00	((N_Nitrate_Price/50)*NQty10)
2	= 10.00	= Yes	= Black	= 2.00	((N_Sulphate_Price/50)*NQty10)
3	= 10.00	= Yes	= Black	= 3.00	((N_Urea_Price/50)*NQty10)
4	= 10.00	= Yes	~=Black	= 1.00	((N_Nitrate_Price/50)*NQty10)
5	= 10.00	= Yes	~=Black	= 2.00	((N_Sulphate_Price/50)*NQty10)

Step:S_N_T_Cost_St.

Value Holder: N_T_Cost

Row Number	Cost	NOfFert	Results
1	= Yes	= 10.00	(NCost1+NCost2+NCost3+NCost4+NCost5+NCost6+NCost7+NCost8+NCost9+NCost10)
2	= Yes	= 6.00	(NCost1+NCost2+NCost3+NCost4+NCost5+NCost6)

Plan:Sprinkler not valid plan

Sponsor

Row Number	SprinklerValid	Results
1	= No	Perfect
2	= Yes	Roleout

Task:SpNotValid Task

Step:SprinkNotValid st.

Value Holder: adivce

Row Number	Results
1	The Fertilization schedule can not be computed, because the soil type is not suitable to compute Irrigation schedule.

Task:ME_No_Fert_Tsk.

Step:ME_No_Fert_St.

Value Holder: MENoFert

Row Number	SprinklerValid	SoilType	Results
1	= Yes	~=Black	2

Step:ME_Methode_St.

Value Holder: METoolOut

Row Number	SprinklerValid	SoilType	InjectTankExist	METoolIn	Results
1	= Yes	~=Black	= Yes	?	Injection tank
2	= Yes	~=Black	~=Yes	= Manual back sprayer	Manual back sprayer
3	= Yes	~=Black	~=Yes	= Motor back sprayer	Motor back sprayer
4	= Yes	~=Black	~=Yes	= Motor sprayer	Motor sprayer
5	= Yes	~=Black	~=Yes	= Manual back sprayer	Manual back sprayer
6	= Yes	~=Black	~=Yes	= Motor back sprayer	Motor back sprayer
7	= Yes	~=Black	~=Yes	= Motor sprayer	Motor sprayer
8	= Yes	~=Black	~=Yes	= unknown	Manual back sprayer

Step:ME_Time_St.

Value Holder: ME_Time

Row Number	SprinklerValid	SoilType	Results
1	= Yes	~=Black	Time of spraying either early in the morning or afternoon.#��

Step:ME_Type_St.

Value Holder: MEAvailble

Row Number	SprinklerValid	SoilType	MEAvailableIn	Results
1	= Yes	~=Black	= Chelate	Chelate
2	= Yes	~=Black	= Suphate	Sulphate
3	= Yes	~=Black	= Chelate	Chelate
4	= Yes	~=Black	= Suphate	Sulphate
5	= Yes	~=Black	= unknown	Sulphate

Task:ME_Dose1_Tsk.

Step:ME1_Qty_Name_St.

Value Holder: ME_Name

Row Number	SprinklerValid	MEAvailble	SoilType	Results
1	= Yes	= Chelate	~=Black	100 gm Chelate/Fed. With the following ratio: 30 gm Zinc Chelate + 30 gm Manganese Chelate + 30 gm Iron Chelate + 200 Ltr water.#100 �� / �� 30 �� + 30 �� + 40 �� 200 ��
2	= Yes	= Sulphate	~=Black	600 gm Sulphate/Fed. With the following ratio: 200 gm Zinc Sulphate + 200 gm Manganese Sulphate + 200 gm Iron Sulphate + 200 Ltr water.# 600 �� / �� 200 �� + 200 �� + 200 �� 200 ��

Step:ME1_Date_St

Value Holder: ME_Date1

Row Number	SprinklerValid	SoilType	Results
1	= Yes	~=Black	27

Step:ME1_Cost_St.

Value Holder: ME_Cost1

Row Number	SprinklerValid	Cost	SoilType	MEAvailble	METoolOut	Results
1	= Yes	= Yes	~=Black	= Chelate	= Injection tank	(0.03Zn_Chelate_Price+0.03Mn_Chelate_Price+0.04*Fe_Chelate_Price)
2	= Yes	= Yes	~=Black	= Sulphate	= Injection tank	(0.2*(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))
3	= Yes	= Yes	~=Black	= Chelate	= Manual back sprayer	((0.03Zn_Chelate_Price+0.03Mn_Chelate_Price+0.04Fe_Chelate_Price)+0.5(LaborCost+ManualBackSprayerPrice))
4	= Yes	= Yes	~=Black	= Sulphate	= Manual back sprayer	((0.2(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))+0.5(LaborCost+ManualBackSprayerPrice))
5	= Yes	= Yes	~=Black	= Chelate	= Motor back sprayer	((0.03Zn_Chelate_Price+0.03Mn_Chelate_Price+0.04Fe_Chelate_Price)+((1/3)(LaborCost+FuelPrice+MotorBackSprayerPrice)))
6	= Yes	= Yes	~=Black	= Sulphate	= Motor back sprayer	((0.2(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))+((1/3)(LaborCost+FuelPrice+MotorBackSprayerPrice)))
7	= Yes	= Yes	~=Black	= Chelate	= Motor sprayer	((0.03Zn_Chelate_Price+0.03Mn_Chelate_Price+0.04Fe_Chelate_Price)+((0.25FuelPrice)+LaborCost+MoterSprayerPrice))
8	= Yes	= Yes	~=Black	= Sulphate	= Motor sprayer	((0.2(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))+((0.25FuelPrice)+LaborCost+MoterSprayerPrice))

Task:ME_Dose2_Tsk.

Step:ME2_Qty_Name_St.

Value Holder: ME_Name2

Row Number	SprinklerValid	MEAvailble	SoilType	Results
1	= Yes	= Chelate	~=Black	150 gm Chelate/Fed. With the following ratio: 45 gm Zinc Chelate + 45 gm Manganese Chelate + 60 gm Iron Chelate + 300 Ltr water.#150 �� / �� 45 �� + 45 �� + 60 �� 300 ��
2	= Yes	= Sulphate	~=Black	900 gm Sulphate/Fed. With the following ratio: 300 gm Zinc Sulphate + 300 gm Manganese Sulphate + 300 gm Iron Sulphate + 300 Ltr water.#900 �� / �� 300 �� + 300 �� + 300 �� 300 ��

Step:ME2_Date_St.

Value Holder: ME_Date2

Row Number	SprinklerValid	SoilType	Results
1	= Yes	~=Black	47

Step:ME2_Cost_St.

Value Holder: ME_Cost2

Row Number	SprinklerValid	SoilType	Cost	MEAvailble	METoolOut	Results
1	= Yes	~=Black	= Yes	= Chelate	= Injection tank	(0.045Zn_Chelate_Price+0.045Mn_Chelate_Price+0.06*Fe_Chelate_Price)
2	= Yes	~=Black	= Yes	= Sulphate	= Injection tank	(0.3*(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))
3	= Yes	~=Black	= Yes	= Chelate	= Manual back sprayer	((0.045Zn_Chelate_Price+0.045Mn_Chelate_Price+0.06Fe_Chelate_Price)+0.5(LaborCost+ManualBackSprayerPrice))
4	= Yes	~=Black	= Yes	= Sulphate	= Manual back sprayer	((0.3(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))+0.5(LaborCost+ManualBackSprayerPrice))
5	= Yes	~=Black	= Yes	= Chelate	= Motor back sprayer	((0.045Zn_Chelate_Price+0.045Mn_Chelate_Price+0.06Fe_Chelate_Price)+((1/3)(LaborCost+FuelPrice+MotorBackSprayerPrice)))
6	= Yes	~=Black	= Yes	= Sulphate	= Motor back sprayer	((0.3(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))+((1/3)(LaborCost+FuelPrice+MotorBackSprayerPrice)))
7	= Yes	~=Black	= Yes	= Chelate	= Motor sprayer	((0.045Zn_Chelate_Price+0.045Mn_Chelate_Price+0.06Fe_Chelate_Price)+((0.25FuelPrice)+LaborCost+MoterSprayerPrice))
8	= Yes	~=Black	= Yes	= Sulphate	= Motor sprayer	((0.3(Zn_Sulphate_Price+Mn_Sulphate_Price+Fe_Sulphate_Price))+((0.25FuelPrice)+LaborCost+MoterSprayerPrice))

Step:ME_Total_Cost_St.

Value Holder: ME_T_Cost

Row Number	SprinklerValid	SoilType	Cost	Results
1	= Yes	~=Black	= Yes	(ME_Cost1+ME_Cost2)

Task:Mg_No_Fert_Tsk.

Step:Mg_No_Fert_St.

Value Holder: MgNoFert

Row Number	SoilType	Results
1	~=Black	2

Step:Mg_Time_St.

Value Holder: Mg_Time

Row Number	SprinklerValid	SoilType	Results
1	= Yes	~=Black	Time of spraying either early in the morning or afternoon.# ��

Task:Mg_Dose1_Tsk.

Step:Mg1_Qty_Name_St.

Value Holder: Mg_Name

Row Number	SprinklerValid	SoilType	Results
1	= Yes	~=Black	200 gm Magnesium Sulphate + 200 Ltr water per Feddan.#200 �� / �� 200 ��

Step:Mg1_Date_St.

Value Holder: Mg_Date1

Row Number	SoilType	SprinklerValid	Results
1	~=Black	= Yes	27

Step:Mg1_Cost_St.

Value Holder: Mg_Cost1

Row Number	SprinklerValid	SoilType	METoolOut	Cost	Results
1	= Yes	~=Black	= Injection tank	= Yes	(0.2*Mg_Sulphate_Price)
2	= Yes	~=Black	= Manual back sprayer	= Yes	((0.2Mg_Sulphate_Price)+(0.5(LaborCost+ManualBackSprayerPrice)))
3	= Yes	~=Black	= Motor back sprayer	= Yes	((0.2Mg_Sulphate_Price)+((1/3)(LaborCost+FuelPrice+MotorBackSprayerPrice)))
4	= Yes	~=Black	= Motor sprayer	= Yes	((0.2Mn_Sulphate_Price)+((0.25FuelPrice)+LaborCost+MoterSprayerPrice))

Task:Mg_Dose2_Tsk.

Step:Mg2_Qty_Name_St.

Value Holder: Mg_Name2

Row Number	SoilType	Results
1	~=Black	300 gm Magnesium Sulphate + 300 Ltr water per Feddan.#300 �� / �� 300 ��

Step:Mg2_Date_St.

Value Holder: Mg_Date2

Row Number	SoilType	SprinklerValid	Results
1	~=Black	= Yes	47

Step:Mg2_Cost_St.

Value Holder: Mg_Cost2

Row Number	SprinklerValid	SoilType	Cost	METoolOut	Results
1	= Yes	~=Black	= Yes	= Injection tank	(0.3*Mg_Sulphate_Price)
2	= Yes	~=Black	= Yes	= Manual back sprayer	((0.3Mg_Sulphate_Price)+(0.5(LaborCost+ManualBackSprayerPrice)))
3	= Yes	~=Black	= Yes	= Motor back sprayer	((0.3Mg_Sulphate_Price)+((1/3)(LaborCost+FuelPrice+MotorBackSprayerPrice)))
4	= Yes	~=Black	= Yes	= Motor sprayer	((0.3Mg_Sulphate_Price)+((0.25FuelPrice)+LaborCost+MoterSprayerPrice))

Step:Mg_Total_Cost_St.

Value Holder: Mg_T_Cost

Row Number	SprinklerValid	Cost	SoilType	Results
1	= Yes	= Yes	~=Black	(Mg_Cost1+Mg_Cost2)

Problem Solver:Variety

Top Specialist :Variety Spec.

Plan:Variety Plan

Sponsor

Row Number	Results
1	Perfect

Problem Solver:Planting

Top Specialist :Planting Spec.

Plan:Planting Plan

Sponsor

Row Number	Results
1	Perfect

Task:Planting Task

Step:Planting DateN Step

Value Holder: Planting DateN

Row Number	Results
1	0

Step:Planting date Step

Value Holder: Planting date

Row Number	PlantingDate	Region	Results
1	~=Yes	= Fayoum	15/11 to 30/11
2	~=Yes	= Middle Egypt	1/11 to 15/11
3	~=Yes	= North Delta	15/11 to 30/11
4	~=Yes	= South Delta	15/11 to 30/11
5	~=Yes	= Upper Egypt	1/11 to 15/11
6	~=Yes	= Rain Fed Area	When raining
7	~=Yes	= East Delta	15/11 to 30/11
8	~=Yes	= Middle Delta	15/11 to 30/11
9	~=Yes	= West Delta	15/11 to 30/11

Step:Planting dateN Step

Value Holder: plantDateDay

Row Number	PlantingDate	Region	plantDateMon	Results
1	?	?	= unknown	15
2	~=Yes	= Fayoum	?	22
3	~=Yes	= Middle Egypt	?	8
4	~=Yes	= North Delta	?	22
5	~=Yes	= South Delta	?	22
6	~=Yes	= Upper Egypt	?	8
7	~=Yes	= Rain Fed Area	?	15
8	~=Yes	= East Delta	?	22
9	~=Yes	= Middle Delta	?	22
10	~=Yes	= West Delta	?	22
11	= Yes	?	= November	plantDateDay
12	= Yes	?	= December	plantDateDay

Step:Planting type Step

Value Holder: PlantingType

Row Number	SoilType	IrrigtationType	Flexible planting date	SalinityProblem	Weedy soil	Leveling status	Results
1	= Calcarious	= Flood	= Yes	~=major	= Yes	?	Wet
2	= Black	= Flood	= Yes	~=major	= Yes	?	Wet
3	= Calcarious	= Flood	= Yes	~=major	= No	= Yes	Wet
4	= Black	= Flood	= Yes	~=major	= No	= Yes	Wet
5	?	?	?	?	?	?	Dry

Step:Sowing method Step

Value Holder: Sowing method

Row Number	Flexible planting date	Drill available	PlantingType	Direct planting available	Results
1	= No	?	?	= Yes	Direct planting tool
2	?	?	= Wet	?	Broadcast
3	?	= Yes	= Dry	?	Drill
4	?	?	= Dry	?	Broadcast

Step:market wheat

Value Holder: WheatType

Row Number	Region	Results
1	= North Delta	Bread
2	= South Delta	Bread
3	= Rain Fed Area	Bread
4	= Fayoum	Bread
5	= Middle Egypt	Bread

Step:Seeding rate Step

Value Holder: Seeding rate

Row Number	Sowing method	WheatType	PlantingType	SoilType	Weedy soil	Results
1	= Broadcast	~=Durum	= Dry	= Black	~=Yes	60
2	= Broadcast	= Durum	= Dry	= Black	~=Yes	75
3	= Drill	~=Durum	= Dry	= Black	~=Yes	50
4	= Drill	= Durum	= Dry	= Black	~=Yes	60
5	?	~=Durum	= Wet	= Black	~=Yes	75
6	?	= Durum	= Wet	= Black	~=Yes	90
7	= Broadcast	~=Durum	= Dry	~=Black	= Yes	70
8	= Broadcast	= Durum	= Dry	~=Black	= Yes	85
9	= Drill	~=Durum	= Dry	~=Black	= Yes	60
10	= Drill	= Durum	= Dry	~=Black	= Yes	70
11	?	~=Durum	= Wet	~=Black	= Yes	85
12	?	= Durum	= Wet	~=Black	= Yes	100
13	= Broadcast	?	?	= Black	= Yes	80
14	= Broadcast	?	?	~=Black	~=Yes	70
15	= Direct planting tool	?	= Dry	= Black	~=Yes	70
16	= Direct planting tool	?	= Dry	~=Black	= Yes	80
17	= Drill	?	?	~=Black	~=Yes	60
18	= Drill	?	?	= Black	= Yes	70

Step:Planting method Step

Value Holder: Planting method

Row Number	Sowing method	PlantingType	Results
1	= Broadcast	= Wet	Planting wet, divide seeds quantity into two halves, broadcast the first half from east to west, then Broadcast the second half from north to south.#�� , ��
2	= Broadcast	= Dry	Planting dry, divide seeds quantity into two halves, broadcast the first half from east to west, then Broadcast the second half from north to south.#�� ѡ ��
3	= Drill	= Dry	Planting dry, planting depth should be 5 cm. #�� ѡ � �� 5 ��.
4	= Direct planting tool	= Dry	Planting dry, Using direct planting tool. This Equipment plows, levels, and sows seeds in one operation. #�� ѡ �� _�� _ ��

Step:PlantingTypeStep

Value Holder: PlantingTypeOut

Row Number	PlantingType	Results
1	= Dry	dry
2	= Wet	wet

Step:Planting cost Step

Value Holder: PlantingCost

Row Number	Cost	Sowing method	Results
1	= Yes	= Broadcast	(seed cost * Seeding rate)+(LaborCost)
2	= Yes	= Drill	(seed cost+Seeding rate)+(Drill cost)
3	= Yes	= Direct planting tool	(seed cost+Seeding rate)+(Direct planting cost)

Task:Loose Smut Task

Step:Loose smart dateN Step

Value Holder: Loose smart dateN

Row Number	Treated seeds	Results
1	= No	-1

Step:Loose Smart Material Step

Value Holder: Loose smut control Material

Row Number	Treated seeds	Results
1	= No	Sumi 8 # �� 8

Step:Loose Smart Qty Step

Value Holder: Loose Smut Control Qty

Row Number	Treated seeds	Loose smut material select	Results
1	= No	~=Powder	1 cm3 (material) +10 m3 (water) /kg seed respectively with the recommended materials # 1��3 + 10 ��3 / ��
2	= No	= Powder	2 g (material) + 20 (water)cm3 / kg seeds respectively with the recommended materials # 2 �� + 20 ��3 / ��

Step:Loose Smut Method Step

Value Holder: Loose Smut Control Method

Row Number	Treated seeds	Results
1	= No	Mix the insecticide with seeds # ��

Step:Loose Smart Tool Step

Value Holder: Loose Smut Control Tool

Row Number	Treated seeds	Results
1	= No	Manual # ��

Step:Loose Smart Cost Step1

Value Holder: SeedingRateCost

Row Number	Cost	Treated seeds	Loose smut material select	Results
1	= Yes	= No	~=Powder	Sumi 8 liquid cost*Seeding rate
2	= Yes	= No	= Powder	2Sumi 8 powder costSeeding rate

Step:Loose Smart Cost Step2

Value Holder: Loose smut control Cost

Row Number	Cost	Treated seeds	Results
1	= Yes	= No	(LaborCost/4)+SeedingRateCost

Task:Seed covering Task

Step:Seed Covering DateN Step

Value Holder: Seed covering DateN

Row Number	Sowing method	Chisel plow available	Rotary tiller available	Results
1	= Broadcast	= Yes	?	0
2	= Broadcast	?	= Yes	0
3	= Broadcast	?	?	0

Step:Seed covering tool Step

Value Holder: Seeding covering tool

Row Number	Sowing method	PlantingType	Chisel plow available	Rotary tiller available	Results
1	= Broadcast	?	= Yes	?	Chisel plow
2	= Broadcast	~=Wet	?	= Yes	Rotary tiller
3	= Broadcast	?	?	?	Tractor attached with woody bar

Step:Seed covering cost Step

Value Holder: Seeding covering cost

Row Number	Cost	Sowing method	Chisel plow available	Rotary tiller available	Seeding covering tool	Results
1	= Yes	= Broadcast	= Yes	?	= Chisel plow	Chisel plow cost*1.25
2	= Yes	= Broadcast	?	= Yes	= Rotary tiller	Rotary tiller cost
3	= Yes	= Broadcast	?	?	= Tractor attached with woody bar	Tractor Cost*1.25

Problem Solver:Irrigation PS

Top Specialist :Irrigation Spec.

Plan:Irrigated Regions Plan

Sponsor

Row Number	Results
1	Perfect

Task: Total Water Qty Task

Step:SpValid

Value Holder: SprinklerValid

Row Number	IrrigtationType	SoilType	Results
1	= Sprinkler	= Black	No
2	= Sprinkler	= Calcarious	No
3	= Sprinkler	= Sandy	Yes
4	= Sprinkler	= Sandy/calc-mixed	Yes
5	= Sprinkler	= unknown	No
6	= Flood	?	Yes

Step:ClassOfRegion

Value Holder: RegionClass

Row Number	SprinklerValid	Region	Results
1	= Yes	= East Delta	Delta Region
2	= Yes	= Fayoum	Middle Region
3	= Yes	= Middle Delta	Delta Region
4	= Yes	= Middle Egypt	Middle Region
5	= Yes	= North Delta	Delta Region
6	= Yes	= Rain Fed Area	unknown
7	= Yes	= South Delta	Delta Region
8	= Yes	= Upper Egypt	Upper Region
9	= Yes	= West Delta	Delta Region
10	= Yes	= unknown	unknown

Step:Primary Water Qty St

Value Holder: PrimQty

Row Number	SprinklerValid	Region	Results
1	= Yes	= North Delta	1470
2	= Yes	= Upper Egypt	1827
3	= Yes	= South Delta	1470.00
4	= Yes	= Fayoum	1701
5	= Yes	= Middle Egypt	1701
6	= Yes	= East Delta	1700
7	= Yes	= West Delta	1700
8	= Yes	= Middle Delta	1470

Step:Define Sol.Sal. St.

Value Holder: SoilSal

Row Number	SprinklerValid	SoilAnalysis	SalinityProblem	Results
1	= Yes	~=Yes	= major	7.00
2	= Yes	~=Yes	= minor	5.00
3	= Yes	~=Yes	= none	3.00
4	= Yes	~=Yes	= unknown	3.00

Step:Define Water Sal St.

Value Holder: WaterSal

Row Number	SprinklerValid	WaterSource	Results
1	= Yes	= Nile water	1.00

Step:Leashing St

Value Holder: LeashQty

Row Number	SprinklerValid	IrrigtationType	Results
1	= Yes	~=Sprinkler	((0.2SoilSalWaterSal)/(SoilSal-WaterSal))*PrimQty
2	= Yes	= Sprinkler	0.025WaterSalPrimQty

Step:Irr. System Effeciency St

Value Holder: EffQty

Row Number	SprinklerValid	IrrigtationType	WeedsLevelingByLaser	Results
1	= Yes	= Sprinkler	?	0.3333*PrimQty
2	= Yes	~=Sprinkler	= Yes	0.43*PrimQty
3	= Yes	~=Sprinkler	= No	0.67*PrimQty
4	= Yes	~=Sprinkler	= Unknown	0.67*PrimQty

Step:Rain Fall St

Value Holder: RainFallQty

Row Number	SprinklerValid	Region	Region	Region	Region	Results
1	= Yes	= South Delta	?	?	?	-120
2	= Yes	= North Delta	?	?	?	-300
3	= Yes	= East Delta	?	?	?	-300
4	= Yes	= West Delta	?	?	?	-300
5	= Yes	= Middle Delta	?	?	?	-120
6	= Yes	~=East Delta	~=North Delta	~=South Delta	~=West Delta	0

Step:Drainage Sys. Req. St

Value Holder: DrainAgeQty

Row Number	SprinklerValid	WaterTableLevel	DrainageSystem	Results
1	= Yes	?	= Bad	-0.1*PrimQty
2	= Yes	= High	= Not exist	-0.2*PrimQty
3	= Yes	= Medium	= Not exist	-0.1*PrimQty
4	= Yes	= Low	= Not exist	-0.05*PrimQty
5	= Yes	= unknown	= Not exist	-0.1*PrimQty
6	= Yes	?	= Good	0
7	= Yes	?	= unknown	0

Step:Calculate Total Water Qty St

Value Holder: TotWaterQty

Row Number	SprinklerValid	Results
1	= Yes	DrainAgeQty+EffQty+LeashQty+PrimQty+RainFallQty

Specialist:Schedule Spec

Plan:Flood Plan

Sponsor

Row Number	IrrigtationType	Results
1	= Flood	Perfect
2	~=Flood	Roleout

Task:Flood 1st Irrigation Task

Step:Flood 1st Irrigation Qty St

Value Holder: FirstIrriQty

Row Number	Results
1	400

Step:Flood 1st Irrigation Date St

Value Holder: FirstIrrnDate

Row Number	PlantingType	Results
1	~=Wet	0
2	= Wet	10

Step:Flood 1st Irr Cost St.

Value Holder: FirstIrrCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	~=Sprinkler	10.00

Step:Flood 1st Irr nDare

Value Holder: RestIrrQty

Row Number	PlantingType	Results
1	~=Wet	0
2	= Wet	10

Step:RestQty

Value Holder: RestIrrQty

Row Number	Results
1	TotWaterQty-FirstIrriQty

Task:Flood 2nd Irrigation Task

Step:Flood 2nd Irrigation Qty St

Value Holder: SndIrriQty

Row Number	Region	SoilType	Results
1	= Upper Egypt	~=Calcarious	RestIrrQty/6
2	= Middle Egypt	~=Calcarious	RestIrrQty/5
3	= North Delta	~=Calcarious	RestIrrQty/4
4	= South Delta	~=Calcarious	RestIrrQty/4
5	= Fayoum	~=Calcarious	RestIrrQty/5
6	?	= Calcarious	RestIrrQty/6
7	= East Delta	~=Calcarious	RestIrrQty/5
8	= Rain Fed Area	~=Calcarious	RestIrrQty/5
9	= West Delta	~=Calcarious	RestIrrQty/5
10	= Middle Delta	~=Calcarious	RestIrrQty/4

Step:Flood 2nd Irrigation Date St

Value Holder: SndIrrnDate

Row Number	IrrigtationType	Results
1	~=Sprinkler	21

Step:Flood 2nd Irr Cost St.

Value Holder: SndIrrCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	~=Sprinkler	10

Task:Flood 3th Irrigation Task

Step:Flood 3th Irrigation Qty St

Value Holder: ThirdIrriQty

Row Number	Results
1	SndIrriQty

Step:Flood 3th Irrigation Date St

Value Holder: ThirdIrrnDate

Row Number	Results
1	50

Step:Flood 3th Irr Cost St.

Value Holder: THirdIrrCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	~=Sprinkler	10

Task:Flood 4th Irrigation Task

Step:Flood 4th Irrigation Qty St

Value Holder: ForthIrriQty

Row Number	Results
1	SndIrriQty

Step:Flood 4th Irrigation Date St

Value Holder: ForthIrrnDate

Row Number	Region	SoilType	Results
1	= Upper Egypt	~=Calcarious	70
2	= Fayoum	~=Calcarious	70
3	= Middle Egypt	~=Calcarious	70
4	= South Delta	~=Calcarious	85
5	= North Delta	~=Calcarious	85
6	?	= Calcarious	70
7	= Rain Fed Area	~=Calcarious	70
8	= East Delta	~=Calcarious	70
9	= West Delta	~=Calcarious	70

Step:Flood 4th Irr Cost St.

Value Holder: ForthIrrCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	~=Sprinkler	10

Task:Flood 5th Irrigation Task

Step:Flood 5th Irrigation Qty St

Value Holder: FifithIrriQty

Row Number	Results
1	SndIrriQty

Step:Flood 5th Irrigation Date St

Value Holder: FifthIrrnDate

Row Number	Region	SoilType	Results
1	= Upper Egypt	~=Calcarious	85
2	= Fayoum	~=Calcarious	90
3	= Middle Egypt	~=Calcarious	90
4	= North Delta	~=Calcarious	110
5	= South Delta	~=Calcarious	110
6	?	= Calcarious	85
7	= Rain Fed Area	~=Calcarious	90
8	= East Delta	~=Calcarious	90
9	= West Delta	~=Calcarious	90

Step:Flood 5th Irr Cost St.

Value Holder: FifthIrrCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	~=Sprinkler	10

Task:Flood 6th Irrigation Task

Step:Flood 6th Irrigation Qty St

Value Holder: SixIrriQty

Row Number	Region	Region	Results
1	~=North Delta	~=South Delta	SndIrriQty
2	= South Delta	?	SndIrriQty
3	= North Delta	?	SndIrriQty

Step:Flood 6th Irrigation Date St

Value Holder: SixIrrnDate

Row Number	Region	SoilType	Results
1	= Upper Egypt	~=Calcarious	100
2	= Fayoum	~=Calcarious	110
3	= Middle Egypt	~=Calcarious	110
4	?	= Calcarious	110
5	= Rain Fed Area	~=Calcarious	110
6	= West Delta	~=Calcarious	110
7	= East Delta	~=Calcarious	110
8	= North Delta	~=Calcarious	110

Step:Flood 6th Irr Cost St.

Value Holder: SixIrrCost

Row Number	IrrigtationType	Cost	Results
1	~=Sprinkler	= Yes	10

Task:Flood 7th Irrigation Task

Step:Flood 7th Irrigation Qty St

Value Holder: SevenIrriQty

Row Number	Region	SoilType	Results
1	= Upper Egypt	~=Calcarious	RestIrrQty/6
2	?	= Calcarious	RestIrrQty/6

Step:Flood 7th Irrigation Date St

Value Holder: SevenIrrnDate

Row Number	Region	SoilType	Results
1	= Upper Egypt	~=Calcarious	130
2	?	= Calcarious	130

Step:Flood 7th Irr Cost St.

Value Holder: SevenIrrCost

Row Number	IrrigtationType	Cost	Results
1	~=Sprinkler	= Yes	10

Plan:Sprinkler Plan

Sponsor

Row Number	IrrigtationType	SprinklerValid	Results
1	= Sprinkler	= Yes	Perfect
2	~=Sprinkler	?	Roleout

Task:Sp. Factor Calculate. Task

Step:Calculate Sp. Factor St.

Value Holder: SpFactor

Row Number	IrrigtationType	SprinklerValid	RegionClass	Results
1	= Sprinkler	= Yes	= Delta Region	(TotWaterQty-500)/31.7
2	= Sprinkler	= Yes	= Middle Region	(TotWaterQty-500)/38.2
3	= Sprinkler	= Yes	= Upper Region	(TotWaterQty-500)/41.3

Task:Sprink Irr during Nov. Month Task

Step:Calculate Irr Qty St.

Value Holder: SpIrrQtyNov

Row Number	IrrigtationType	Results
1	= Sprinkler	125

Step:Nov Motor Time St

Value Holder: NovMotorTime

Row Number	IrrigtationType	Results
1	= Sprinkler	NoOfSpr*SpRate/SpIrrQtyNov

Step:Nov Interval St

Value Holder: NovInterval

Row Number	IrrigtationType	Results
1	= Sprinkler	Each tow days.#��

Step:Nov Cost St.

Value Holder: SpNovCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	= Sprinkler	7*NovMotorTime

Task:Sprink Irr during Dec. Month Task

Step:Calculate Dec Irr Qty St.

Value Holder: SpIrrQtyDec

Row Number	IrrigtationType	Results
1	= Sprinkler	SpFactor*4.4/8

Step:Dec Motor Time St

Value Holder: DecMotorTime

Row Number	IrrigtationType	Results
1	= Sprinkler	NoOfSpr*SpRate/SpIrrQtyDec

Step:Dec. Interval St

Value Holder: DecInterval

Row Number	IrrigtationType	Results
1	= Sprinkler	4 days.#�� 4 ��

Step:Dec. Cost St.

Value Holder: SpDecCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	= Sprinkler	7*DecMotorTime

Task:Sprink Irr during Jan. Month Task

Step:Calculate Jan Irr Qty St.

Value Holder: SpIrrQtyJan

Row Number	IrrigtationType	Results
1	= Sprinkler	SpFactor*4.4/8

Step:Jan. Motor Time St

Value Holder: JanMotorTime

Row Number	IrrigtationType	Results
1	= Sprinkler	NoOfSpr*SpRate/SpIrrQtyJan

Step:Jan. Interval St

Value Holder: JanInterval

Row Number	IrrigtationType	Results
1	= Sprinkler	4 days.#�� 4 ��

Step:Jan. Cost St.

Value Holder: SpJanCost

Row Number	IrrigtationType	Cost	Results
1	= Sprinkler	= Yes	7*JanMotorTime

Task:Sprink Irr during Feb. Month Task

Step:Calculate Feb Irr Qty St.

Value Holder: SpIrrQtyFeb

Row Number	IrrigtationType	Results
1	= Sprinkler	SpFactor*5.4/7

Step:Feb. Motor Time St

Value Holder: FebMotorTime

Row Number	IrrigtationType	Results
1	= Sprinkler	NoOfSpr*SpRate/SpIrrQtyFeb

Step:Feb. Interval St

Value Holder: FebInterval

Row Number	IrrigtationType	Results
1	= Sprinkler	4 days.#�� 4 ��

Step:Feb. Cost St.

Value Holder: SpFebCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	= Sprinkler	7*FebMotorTime

Task:Sprink Irr during Mar. Month Task

Step:Calculate Mar Irr Qty St.

Value Holder: SpIrrQtyMar

Row Number	IrrigtationType	Results
1	= Sprinkler	SpFactor*8/10

Step:Mar. Motor Time St

Value Holder: MarMotorTime

Row Number	IrrigtationType	Results
1	= Sprinkler	NoOfSpr*SpRate/SpIrrQtyMar

Step:Mar. Interval St

Value Holder: MarInterval

Row Number	IrrigtationType	Results
1	= Sprinkler	3 days.#�� 3 ��

Step:Mar. Cost St.

Value Holder: SpMarCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	= Sprinkler	7*MarMotorTime

Task:Sprink Irr during Apr. Month Task

Step:Calculate Apr Irr Qty St.

Value Holder: SpIrrQtyApr

Row Number	IrrigtationType	Results
1	= Sprinkler	SpFactor*9.5/10

Step:Apr. Motor Time St

Value Holder: AprMotorTime

Row Number	IrrigtationType	Results
1	= Sprinkler	NoOfSpr*SpRate/SpIrrQtyApr

Step:Apr. Interval St

Value Holder: AprInterval

Row Number	IrrigtationType	Results
1	= Sprinkler	3 days.#�� 3 ��

Step:Apr. Cost St.

Value Holder: SpAprCost

Row Number	Cost	IrrigtationType	Results
1	= Yes	= Sprinkler	7*AprMotorTime

Task:Total Water & Cost Task

Step:Total Water St ..

Value Holder: TotWaterTmp

Row Number	Results
1	0

Task:general advice Task

Step:general advice st.

Value Holder: GenAdvice

Row Number	Results
1	Do not irrigate during rain or during wind , and its better to irrigate at evening or at morning. # ��