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Tables 4 - 10

Table 4. Formats for directory/catalogue for mulberry germplasm

Name of variety

Accession number

Donor name

National accession number

Morphology

Branching nature

Leaf color

Curve or straightness of the branch

Leaf surface

Color of young shoot

Leaf texture

Color of mature shoot

Leaf apex

Phyllotaxy

Leaf margin

Stipule nature

Leaf base

Stipule duration

Leaf Shape

Lenticel density/sq.mm

Leaf length (cm)

Leaf lobation type

Leaf width (cm)

Leaf lobation number

Petiole length (cm)

Leaf nature

Petiole width (cm)

Anatomical

Stomatal size (sq.µm)

Palisade:spongy ratio

Stomatal frequency (no./sq.mm)

Upper cuticle thickness (µm)

Idioblast length (µm)

Lower cuticle thickness (µm)

Idioblast width (µm)

Lower epidermal thickness (µm)

Idioblast frequency (no./sq.mm)

Upper epidermal thickness (µm)

Palisade thickness (µm)

Leaf thickness (µm)

Spongy thickness (µm)

No. of chloroplast/stomata

Reproductive

Sex

Stamen length (mm)

Male inflorescence length (cm)

Anther length (mm)

Female inflorescence length (cm)

Pollen diameter (µm)

Bisexual inflorescence length (cm)

Pollen viability (%)

Male inflorescence width (cm)

Style length (mm)

Female inflorescence width (cm)

Stigma length (mm)

Bisexual inflorescence width (cm)

Stigma type

No. of flowers/catkin (Male)

Stigma nature

No. of flowers/catkin (Female)

Fruit length (cm)

No. of flowers/catkin (Bisexual)

Fruit width (cm)

Male inflorescence peduncle length

Fruit weight (gm)

Female inflorescence peduncle length

Fruit color

Bisexual inflorescence peduncle length

Fruit taste

Growth

Budding time

First leaf opening time

Budding rate(%)

Leaf yield(g)/shoot(m)

Leaf number/kg(spring)

Leaf number/kg(autumn)

No. of branches/plant

Lamina index (%)

Longest shoot length (cm)

Leaf petiole ratio by length

Total shoot length (cm)

Leaf petiole ratio by weight

Internodal distance (cm)

Leaf yield/plant (kg)

Leaf yield(kg)/Mu

Cocoon yield(kg)/100kg leaf

Hundred leaf weight (gm)

Leaf shoot ratio

Leaf area (sq. cm)

Moisture content (%)

Lamina weight (gm)

Moisture content after 6 hours (%)

Petiole weight (gm)

Moisture retention capacity (%)

Biochemical

Chlorophyll-a

Protein soluble (dry weight)

Chlorophyll-b

Protein soluble (dry weight)

Total Chlorophyll

Carbohydrate soluble (fresh weight)

Chlorophyll-a/b

Carbohydrate soluble (dry weight)

Disease

Powdery mildew

Bacterial blight

Leaf spot


Propagation

Survival %

Shoot diameter (cm)

No. of Leaves/saplings

Total fresh biomass/sapling (gm)

Leaf length (cm)

Total dry biomass/sapling (gm)

Leaf width (cm)

No. of roots/sapling

Fresh leaf weight/sapling (gm)

Fresh root weight/sapling (gm)

Dry leaf weight/sapling (gm)

Dry root weight/sapling (gm)

Shoot length (cm)

Longest root length/sapling (cm)

Fresh shoot weight/sapling (gm)

Root volume/sapling (ml)

Dry shoot weight/sapling (gm)


Table 5. Investigation table of silkworm rearing, seed preparation, reeling and chemical analysis of mulberry

Mulberry variety: Tree years: Cut type:


Parameters

Year 20-

Year 20-

Rearing results

Rate of survival (%)

Spring

Autumn

Spring

Autumn

Died larva in cocooning (%)





Cocoon weight (kg/10000 larvae)





Cocoon number per kg





Cocoon weight(g)





Shell weight(g)





Shell ratio(%)





Moultism ratio





Egg-production results

Number of healthy/fertilized eggs





Number of unhealthy or unfertilizrd eggs.





Total egg number





Egg color uniform





Egg weight (g/10000eggs)





Chemical analysis

Water content (%)





Dried material (%)





Crude protein content (%)





Crude lipid (%)





Crude cellulose (%)





Soluble carbohydrate (%)





C/N





Reeling results

Cocoon weight (g)





Shell weight (g)





Filament length (m)





Reelable filament length (M)





Reelability(%)





Filament size (d)





Size deviation





Table 6. Investigation of morphology of mulberry germplasm

Variety

Name

Number

Origin

District

Pruning type

Outline

Height


Tree type

Type


Shoot number


Shoot length


Stem

Curve or straight


Color


Tree skin


Shoot

Type

Curve or straight


Stand or bending


Size


Length


Side shoot number


Internode

Length


Curve or straight


Skin color


Skin veins


Stoma ostiole

Morpha


Size


Protruding


Distribution


Number


Winter bud

Morpha


Growth character


Size


Color


Bud scale

Number


Layers


Accessory bud number


Bud bract


Leaf rank


Leaf scar

Morpha


Rhombic


Size


Young shoot

Size and length


Number


Color


Trichome


Blade

Morpha

Round leaf


Lobed leaf


Growth character


Incision

Depth


Size


Lobed leaf number


Leaf apex


Margin of leaf


Leaf base


Leaf vein


Leaf color


Lustre


Coarse leaf


Wrinkle


Size

Leaf length


Leaf width


Trichome

Leaf surface


Leaf back


Leaf vein


Leaf area


Leaf thickness


Tender leaf

Color


Coarse leaf


Trichome


Leaf stalk

Growth character


Length


Width


Color


Trichome




Stipule

Morpha


Color


Size


References

Table 7. Investigation of flower and fruit of mulberry germplasm

variety

Name

Number

Origin

District

Pruning type

Monoecious or dioecious

Female and male for one flower or not

Unisexual or bisexual flower

Flower head

Female flower

Catkin

Morpha


Size

Length


Width


Number


Color


Flower number


Flower character


Flower stalk length




Flower

Flower cover

Morpha


Size


Trichome


Style length


Stigma

Morpha


Length


Trichome


Bulge


Color


Ovary

Morpha


Size


Male flower

Catkin

Morpha


Size

Length


Width


Number


Color


Flower number


Flower character


Flower stalk length




Flower

Flower cover

Morpha


Size


Trichome


Flower filament

Morpha


Length


Color


Anther

Morpha


Length


Color


Pollen grain size




Fruit and sorosis

Fruit

Structure


Size


Fruit stalk

Color


Trichome


sorosis

Structure


Size

Length


Diameter


Color


Taste


Number


Fructification


Drop character


Mature character




References

Table 8. Growth duration and economic characters of mulberry germplasm

Variety

Tree years

Cut type

Investigation time

growth

Budding time

Budding stage


Leaf apex opening stage


Leaf growth day

1st leaf


2nd leaf


3rd leaf


4th leaf


5th leaf


Flower open day

Female

Opening day






Male







Spring leaf

Growth duration


Mature time


Autumn leaf

Growth duration


New shoot stopping day


Harding day


Leaf yellowed day




Full year growth duration


Budding ratio (%)


Ratio of growth bud to growth-ended shoot let

Growth bud

Percent


Length


Size


Leaf number


Growth-ended shoot let

Percent


Leaf number






Shoot

Single tree

Shoot number


Shoot length for one tree


Single shoot

Shoot length


Shoot diameter


Ratioof shoot to leaf to fruit

Shoot


New shoot


Leaf


Fruit


Yield quantity per leaf

Spring

Leaf number per kg


Weight per leaf


Autumn

Leaf number per kg


Weight per leaf


Leaf quantity

Spring

Shoot let length per meter


Yield for one tree


Yield for one hectare


Investigation date


Autumn

Shoot let length per meter


Yield for one tree


Yield for one hectare


Investigation date


Water content and wilting speed

Water content

Spring leaf


Autumn leaf


Water Evaporation rate

After 2 hrs


After 4 hrs


After 6 hrs


After 8 hrs


After 10 hrs


After 12 hrs


References

Table 9. Resistance to disease and pest of mulberry germplasm

Variety

Tree old

Cut type

Years

Diseases

Dwarf disease

Infection time


Disease ratio


Twig blight

Infection time


Disease ratio


Dogare blight

Infection time


Disease ratio


Bacterial blight

Infection time


Disease ratio


Powdery mildew

Infection time


Disease ratio


Rust aecidium mori

Infection time


Disease ratio


White root rot

Infection time


Disease ratio


Violet root rot

Infection time


Disease ratio






Pest

Mulberry small weevil

Infestation time


Harmful degree


Mulberry shoot dall midge

Infestation time


Harmful degree


Mulberry leaf roller

Infestation time


Harmful degree


Mulberry pyralid

Infestation time


Harmful degree


Mulberry sucker

Infestation time


Harmful degree


Fall webworm

Infestation time


Harmful degree


Mulberry yellow tail moth

Infestation time


Harmful degree


Mulberry looper

Infestation time


Harmful degree


Mulberry borer

Infestation time


Harmful degree


Mulberry thrip

Infestation time


Harmful degree


Mites

Infestation time


Harmful degree


Natural disasters

Frost

Occurrence time


Harmful degree


cool

Occurrence time


Harmful degree


Drought

Occurrence time


Harmful degree


Flooding

Occurrence time


Harmful degree


Wind

Occurrence time


Harmful degree






References

Table 10. Comparative study of mulberry growth after pruning in summer

Varieties

Shoot length (cm)

Growth rate (%)

Date

6/10

6/30

7/20

8/9

8/29

9/18

10/28

Before 7/30

Before 9/8

Before 10/28

Tong xiang qing

20.7

57.5

124.3

160.7

180.0

195.0

201.7

71.78

20.29

7.93

Bai tiao sang

19.3

64.3

113.0

149.0

161.3

18.03

189.0

70.89

17.98

11.03

He ye bai

21.1

72.7

129.0

162.0

182.3

-

-

80.33

19.67

-

Wu pi sang

19.0

38.5

85.0

112.0

114.3

148.7

151.9

67.76

24.34

7.90

Honh ding sang

12.0

46.0

83.0

110.0

135.0

162.0

176.0

55.68

28.97

15.35

Sheng xian qing

13.9

33.8

77.3

112.0

134.0

156.0

162.0

58.02

29.01

12.97

Wang hai sang

15.8

63.0

115.0

151.0

171.0

193.0

199.0

67.87

22.07

9.05

Juan sang

21.7

64.0

99.3

125.0

144.0

157.0

162.0

68.25

25.00

6.25

Zhen sang

19.0

54.0

80.1

111.0

131.0

150.0

168.0

55.95

27.39

16.66

Wu sang

26.0

73.0

126.0

175.0

207.0

231.0

252.1

61.11

30.87

19.00


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