Coconut Descriptors 3.1 Country of characterization NOT AVAILABLE 3.2 Site (Research institute) NOT AVAILABLE 3.2.1 Site number NOT AVAILABLE 3.2.2 Latitude (See format under 2.9) 3.2.3 Longitude (See format under 2.10) 3.2.4 Name of farm or institute NOT AVAILABLE 3.3 Evaluators name and address NOT AVAILABLE 3.4 Evaluation environment Environment in which characterization/preliminary evaluation was carried out 1-Field 2-Screenhouse 3-Glasshouse 4-Secondary nursery 5-Laboratory 6-Other (specify in the descriptor NOTES, 3.12) 3.5 Nursery 1-Base root 2-Polybag 3-Other (specify in the descriptor NOTES, 3.12) 3.6 Overall palm density for field [palms ha-1] Specify if nursery environment differs significantly from that of the final planting site(s), and if so, give information on both 3.7 Cropping system 1-Monoculture 2-Intercropping (specify the crop in the descriptor NOTES, 3.12) 3.8 Number of palm/nuts accessions in the field NOT AVAILABLE 3.9 environmental characteristics of site Descriptors on the Environmental characteristics of site (3.9.1 - 3.9.23) are presented in Appendix I. These are not numbered in the Appendix in this manner, but should be for this section. This has been done in order to reduce the repetition of descriptors in Sections 2, 3 and 5 3.10 Fertilizer Specify formula [N-P-K ratio], rate [kg ha"1] and frequency of application 3.11 Plant protection Specify pesticide by common chemical name; rate of application, type (spray, soil drench, etc.) and frequency 3.12 Notes Any other site-specific information 4.1 Accession palm density NOT AVAILABLE 4.2 Gross morphology NOT AVAILABLE 4.2.1 Palm age NOT AVAILABLE 4.2.2 Palm height [cm] Measure from ground level to tip of tallest leaf 4.2.1.1 Date of measurement (in the format DDMMYYYY) 4.2.1.2 Value for descriptor NOT AVAILABLE 4.3 Nursery evaluation - Seednuts NOT AVAILABLE 4.3.1 Date of harvest (in the format DDMMYYYY) 4.3.2 Date set to germinate (in the format DDMMYYYY) 4.3.3 Maximum amount of seed germination [%] If seednut is used 4.3.4 Number of days to 25, 50, 75%,100% germination Measure from date of sowing 4.3.5 Date of field establishment (in the format DDMMYYYY) 4.3.6 Number of days to field establishment NOT AVAILABLE 4.4 Nursery evaluation - Embryos/tissue culture NOT AVAILABLE 4.4.1 Embryo germination [%] Number of days to 25, 50, 75 maximum germination (defined as both shoot and root development) 4.4.2 Colour of seedling Indicate chart name and colour codes 1-Green 2-Red 3-Yellow 4-Brown 5-Other (specify in the NOTES descriptor, 4.15) 4.5 Stem NOT AVAILABLE 4.5.1 Girth at 20 cm above soil level [cm NOT AVAILABLE 4.5.2 Girth at 1.5 m height [cm] NOT AVAILABLE 4.5.3 Girth below oldest green leaf [cm] NOT AVAILABLE 4.5.4 Stem height [cm] Measure from ground to oldest green leaf 4.5.5 Mean distance between internodes [cm] Measure at girth height measurement position 4.5.6 Vertical description of stem NOT AVAILABLE 1-Erect 2-Angled 3-Bowed 4-Curved 4.5.7 Bole category NOT AVAILABLE 0-No bole 3-Low 7-High 4.5.8 Width of leaf scar [cm| NOT AVAILABLE 4.5.9 Height of 10 leaf scars Measure starting from 1.5 m from ground surface 4.5.4.1 Date 1 (in the format DDMMYYYY) 4.5.4.2 Height 1 [cm| NOT AVAILABLE 4.5.4.3 Date 2 (in the format DDMMYYYY) 4.5.4.4 Height 2 [cm] NOT AVAILABLE 4.6 Crown morphology NOT AVAILABLE 4.6.1 Number of green leaves NOT AVAILABLE 4.6.2 Overall appearance/shape of crown NOT AVAILABLE 1-Spherical 2-Hemispherical 3-X-shaped silhouette 4-V-shaped 5-Other (specify in the NOTES descriptor, 4.15) 4.7 Leaf morphology Measure length of leaf 14. If this is not used, specify the leaf used 4.7.1 Number of first split leaf NOT AVAILABLE 4.7.2 Colour of petiole Indicate chart name and colour codes 1-Green 2-Red 3-Yellow 4-Brown 5-Other (specify in the NOTES descriptor, 4.15) 4.7.3 Petiole length [cm] From base to the most proximal leaflet 4.7.4 Petiole thickness [cm] Measure at insertion of first leaflet 4.7.5 Petiole width [cm] NOT AVAILABLE 4.7.6 Rachis length [cm| From the base of the petiole to the tip 4.7.7 Number of leaflets Count on one side of the frond that has the first leaflet closest to the base 4.7.8 Leaflet length [cm] Use 4 leaflets (2 on each side), those where rachis becomes triangular 4.7.9 Leaflet width [mm Use leaflet measured for 4.7.8 (at maximum width) 4.7.10 Leaflet colour Indicate chart name and colour codes 4.7.11 Leaf spiral direction Indicate the proportion or the percentage of population (when viewed from beneath the crown 1-Left 2-Right 4.7.12 Trichome number or density NOT AVAILABLE 4.7.13 Rate of leaf production Number of leaves produced in one year 4.8 Inflorescence and flower morphology NOT AVAILABLE 4.8.1 Type NOT AVAILABLE 1-Normal 2-Spicata (full or partial) 3-Androgena 4-Additional spathes or bracts 5-Other (specify in the NOTES descriptor, 4.15) 4.8.2 Stalk colour Indicate chart name and colour codes 4.8.3 Branch colour Indicate chart name and colour codes 4.8.4 Female flower colour Indicate chart name and colour codes 4.8.5 Male flower colour Indicate chart name and colour codes 4.8.6 Length of the central axis [cm] Measure from first spike to end 4.8.7 Length of stalk [cm] Distance between the point where the bunch is attached to the palm and the base first spike 4.8.8 Stalk girth [cm[ NOT AVAILABLE 4.8.9 Number of spikelets with female flowers NOT AVAILABLE 4.8.10 Number of spikelets without female flowers NOT AVAILABLE 4.8.11 Length of longest branch [cm] NOT AVAILABLE 4.8.12 Length of spikelet [cm] Measure on first spikelet bearing fruit 4.8.13 Number of female flowers Can be counted from scars if flowers have been shed 4.8.14 Female flower distribution per rachilla (0, 1, 2, or more expressed as number of female flowers: total number of spikelets) 4.8.15 Diameter of female flowers [mm] When flowers are receptive, over the widest part of flower 4.8.16 Number of inflorescences/year NOT AVAILABLE 4.8.17 Concordance of phase Percentage of open male flowers at the time when female flowers are receptive. Specify method used and number of observations made in one year 4.8.18 Period between emergence and opening NOT AVAILABLE 4.8.19 Length male phase [d ] NOT AVAILABLE 4.8.20 Length female phase [d] NOT AVAILABLE 4.8.21 Period between phases [d] (Put (-) if phases are overlapping and (+) if non-overlapping) 4.8.22 Period between successive inflorescences [d] (Put (-) if phases are overlapping and (+) if non-overlapping) 4.8.23 Flowering time Measured from time of field planting on 50% of palms 4.8.23.1 Age when first spathe appears on 50% of palms NOT AVAILABLE 4.8.23.2 Age when first inflorescence opens on 50% of palms NOT AVAILABLE 4.8.23.3 Leaf number of first inflorescence Number of leaf, count from leaf one, in the nursery where the first inflorescence appears 4.9 Fruit Indicate which of the following developmental stages the measurement was taken under if stage is not specified 1 Post-receptive stage (when the stigma on the female flower turns brown) 2 Full-size (the fruit stops enlarging and is full of water) 3 Mature (at least one fruit on a bunch is changing from the fresh to the dry colour with some fresh remaining, at least on the calyx) 4 Terminal (depends on whether the fruit germinates (on the palm or in the nursery) or is converted to copra (by natural or artificial drying)) 4.9.1 Fruit set Number of fruit set per tree, average of 10 trees (per year) 4.9.2 Fruit precocity NOT AVAILABLE 4.9.3 Fruit colour Indicate chart name and colour codes 4.9.4 Quantity of liquid endosperm [ml] NOT AVAILABLE 4.9.5 Sugar content [%] NOT AVAILABLE 4.9.6 Specify method of analysis used Aromatic or other flavour 4.9.7 Edible husk NOT AVAILABLE 0-No 1-Yes 4.9.8 Whole fruit colour Colour including husk. Indicate chart name and colour codes 4.9.9 Fruit appearance/shape (Longitudinal section) NOT AVAILABLE 1-Oblong 2-Ovoid 3-Angled 4-Round 4.9.10 Fruit polar section shape NOT AVAILABLE 1-Round 2 2-Egg-shaped 3-Pear-shaped 4-Elliptic 4.9.11 Fruit polar length [cm| Including husk 4.9.12 Fruit polar circumference [cm] Including husk 4.9.13 Fruit equatorial length [cm] Including husk 4.9.14 Fruit equatorial circumference [cm] Including husk 4.9.15 Nut (fruit without husk) appearance/shape NOT AVAILABLE 2-Pointed 4-Ovoid 6-Almost round 8-Oblate 4.9.16 Nut polar length [cm] NOT AVAILABLE 4.9.17 Nut polar circumference [cm] NOT AVAILABLE 4.9.18 Nut equatorial length [cm] NOT AVAILABLE 4.9.19 Nut equatorial circumference [cm] NOT AVAILABLE 4.9.2.1 Time between post-receptivity and maturity [d] NOT AVAILABLE 4.9.2.2 Age at which first mature fruit is harvested [m] NOT AVAILABLE 4.10 Fruit component analysis (FCA) Measure 50 palms per accession over a 4 year timespan, one analysis should be performed per harvest round ensuring that 24 nuts/year/palm are measured 4.10.1 Fruit weight [g] With husk 4.10.2 Nut weight [g] Without husk 4.10.3 Shell and meat weight [g] Without water 4.10.4 Meat or shell weight [g] Specify which (either meat or shell) is measured 4.11 Endosperm Measure on a mature fruit (12 months old). Average of 10 fruits. Measure for all except makapuno (gel-endosperm) types 4.11.1 Endosperm thickness |mm] Measure on the nut's equator 4.11.2 Solid endosperm dry matter content |%] Measured on a sample of at least 100 g fresh weight for each analysis. Dry at 105°C until mass is constant 4.12 Yield Measure on each tree, every two months, during four consecutive years 4.12.1 Date observations began (in the format DDMMYYYY) 4.12.2 Date observations ended (in the format DDMMYYYY) 4.12.3 Number of palms observed NOT AVAILABLE 4.12.4 Number of bunches/palm/year NOT AVAILABLE 4.12.5 Number of ripe nuts harvested /palm/year NOT AVAILABLE 4.12.6 Number of drinking nuts harvested/palm NOT AVAILABLE 4.12.7 Copra weight per nut [g] Calculated as 106% on the dry endosperm mass divided by 0.94 4.12.8 Copra yield /palm/year NOT AVAILABLE 4.13 Oil characteristics NOT AVAILABLE 4.13.1 Dry meat oil content |%] Based on weight of oil extracted/total dry weight of the sample x 100 (Soxhlet Method to be used) 4.13.2 Fresh meat oil content [%] Based on weight of oil extracted/total fresh weight of the sample x 100 (Soxhlet Method to be used) 4.14 Shell thickness Measure at five randomly selected points, or at a standardized site (i.e. equator of nut) 4.15 Notes Any additional information, especially in the category of other under various descriptors above, may be specified here 5.1 Country (See instructions in COUNTRY OF COLLECTION, 2.5) 5.2 Site (Research institute) NOT AVAILABLE 5.2.1 Site number NOT AVAILABLE 5.2.2 Latitude (See format under 2.9) 5.2.3 Longitude (See format under 2.10) 5.2.4 Name of farm or institute NOT AVAILABLE 5.3 Evaluatore's name and address NOT AVAILABLE 5.4 Evaluation environment Environment in which characterization/preliminary evaluation was carried out 1 Field 2 Screenhouse 3 Glasshouse 4 Secondary nursery 5 Laboratory 6 Other (specify in the descriptor NOTES, 5.12) 5.5 Nursery 1 Base root 2 Polybag 3 Other (specify in the descriptor NOTES, 5.12) 5.6 Overal palm density for field [palm/ha] Specify if nursery environment differs significantly from that of the final planting site(s), and if so, give information on both 5.7 Cropping system 1 Monoculture 2 Intercropping (specify the crop in the descriptor NOTES, 5.12) 5.8 Number of palms/nuts accessions in the field NOT AVAILABLE 5.9 Environmental characteristics of the site Descriptors on the Environmental characteristics of site (5.9.1 - 5.9.23) are presented in Appendix I. These are not numbered in the Appendix in this manner, but should be for this section. This has been done in order to reduce the repetition of descriptors in Sections 2, 3 and 5 5.10 Fertilizer Specify formula [N-P-K ratio], rate [kg ha] and frequency of application 5.11 Plant protection Specify pesticide by common chemical name; rate of application, type (spray, soil drench, etc.) and frequency 5.12 Notes Any other site-specific information 6.1 Yield NOT AVAILABLE 6.1.1 Litres of toddy/palm NOT AVAILABLE 6.1.2 Amount of coir fibre or cocopeat NOT AVAILABLE 6.1.3 Quantity of shell charcoal NOT AVAILABLE 6.2 Protein content [%] NOT AVAILABLE 6.3 Oil characteristics NOT AVAILABLE 6.3.1 Oil quality Ratio of oleiclinoleic fatty acids 6.3.2 Lauricmyristic oil ratio Indicate method used 6.3.3 Tocopherol content Indicate method used 6.4 Fibre characteristics NOT AVAILABLE 6.4.1 Fibre length [mm] Average of 20 fibres, each separated manually from husk 6.4.2 Fibre hardness Indicate method used 6.4.3 Fibre tensile strength [kN m kg"1] Measured as the maximum force (pull) the fibres can withstand before they break. An instrument is normally used for this purpose. State the type and name of the instrument used and alternative units, if used 6.5 Introgression designation 1 Predominantly domestic (Niu Vai) type 5 Introgressed type 9 Predominantly wild (Niu Kafa) type 7.1 Reaction to salinity NOT AVAILABLE 7.2 Reaction to waterlogging NOT AVAILABLE 7.3 Reaction to drought NOT AVAILABLE 7.4 Reaction to low temperature NOT AVAILABLE 7.5 Reaction to mineral deficiencies NOT AVAILABLE 7.5.1 Iron NOT AVAILABLE 7.5.2 Phosphorus NOT AVAILABLE 7.5.3 Potassium NOT AVAILABLE 7.5.4 Manganese NOT AVAILABLE 7.5.5 Calcium NOT AVAILABLE 7.5.6 Molybdenum NOT AVAILABLE 7.5.7 Zinc NOT AVAILABLE 7.5.8 Boron NOT AVAILABLE 7.5.9 Nitrogen NOT AVAILABLE 7.5.10 Sulphur NOT AVAILABLE 7.5.11 Magnesium NOT AVAILABLE 7.5.12 Sodium NOT AVAILABLE 7.5.13 Chlorine NOT AVAILABLE 7.6 Reaction to mineral toxicities NOT AVAILABLE 7.6.1 Sulphur NOT AVAILABLE 7.6.2 Aluminium NOT AVAILABLE 7.6.3 Boron NOT AVAILABLE 7.6.4 Chlorine NOT AVAILABLE 7.6.5 Copper NOT AVAILABLE 7.6.6 Fluorine NOT AVAILABLE 7.6.7 Manganese NOT AVAILABLE 7.7 Reaction to pH Observe when soil pH is between 4 and 9 8.1 Fungal diseases NOT AVAILABLE 8.1.1 Basal stem rot, root rot, or Ganoderma butt rot Ganodenna spp. Ganoderma boninense 8.1.2 Bud rot, leaf drops, wilt, nut fall Phytophtora palmivora 8.1.3 Premature nut fall Phytophtora katsurae 8.1.4 Curvularia leaf spot, or leaf drop Curvularia maculans 8.1.5 Anthracnosis, or fruit rot Colletotrichum xloeosporioides 8.1.6 Lethal -bole rot Marasmiellus cocophilus 8.1.7 Phomopsis leaf spot Phomopsis cocoina 8.1.8 Bipolaris leaf blight Bipolaris incurvata 8.1.9 Stem bleeding Ceratocystis paradoxa 8.1.10 Leaf blight Pestalotia palmarum Botroydiplodia theobromae 8.1.11 Lixa pequena, Verrucosis disease Catacauma torreiidiella 8.1.12 Queima das folhas, leaf blight Botryosphaeria sp 8.1.13 Lixa grande Coccostroma palmicola 8.1.14 Corticium penicillatum NOT AVAILABLE 8.1.15 Leaf spot Helminthosporium 8.2 Viral and viroid diseases NOT AVAILABLE 8.2.1 Foliar decay Coconut foliar decay virus (CFDV) 8.2.2 Coconut cadang-cadang, or Yellow mottling disease Coconut cadang-cadang viroid (CCCVd) 8.2.3 Coconut tinangaja Coconut tinangaja viroid (CTiVd) 8.2.4 Viroid-like agents NOT AVAILABLE 8.3 Bacterial diseases NOT AVAILABLE 8.3.1 Bacterial stripe Bacterial stripe 8.4 Nematodes NOT AVAILABLE 8.4.1 Red ring Rhadinaphelerichus cocophilus 8.5 Protozoan NOT AVAILABLE 8.5.1 Hartrot, Cedros wilt, or Marchitez Phytomonas stabeli 8.6 Mollicutes diseases NOT AVAILABLE 8.6.1 Blast, Lethal yellowing, Root wilt, Kerala wilt, Dry bud rot MLOs 8.7 Arthropod pests Taking into account that some of the species listed by various authors as coconut pests were probably species that caused some damage some years ago and that new pests are discovered and the pest status of some insects diminishes and also because they vary according to the site location, a complete list of pests would be too unwieldy. This is a more or less complete listing of coconut pests 8.7.1 Orthoptera Locusta spp. NOT AVAILABLE 8.7.2 Troyidodacris spp. NOT AVAILABLE 8.7.3 Sexestes decoratus Redtenbacher NOT AVAILABLE 8.7.4 Segestes spp. NOT AVAILABLE 8.7.5 Sesestidea uniformis (Willemse) NOT AVAILABLE 8.7.6 Sexava spp NOT AVAILABLE 8.7.7 Phasmida Graeffea crovanii (Le Guillou) NOT AVAILABLE 8.7.8 Graeffea spp. NOT AVAILABLE 8.7.9 Ophicranea spp. NOT AVAILABLE 8.7.10 Hemiptera Ainblypelta cocoyhaxa China NOT AVAILABLE 8.7.11 Pseudotheraytus rvayi Brown NOT AVAILABLE 8.7.12 Axlijagastus canibelli Distant NOT AVAILABLE 8.7.13 Lyncus spp. NOT AVAILABLE 8.7.14 Staphanitis tyyicus Distant NOT AVAILABLE 8.7.15 Myndus crudus van Duzee NOT AVAILABLE 8.7.16 Ceratayhis yalmae Hil Ris Lambers NOT AVAILABLE 8.7.17 Nipaeccoccus nipae (Maskell) NOT AVAILABLE 8.7.18 Eucaplymnatus tesselatus Signoret NOT AVAILABLE 8.7.19 Vinsonia stellifera Westwood NOT AVAILABLE 8.7.20 Aspidiotus destructor Signoret NOT AVAILABLE 8.7.21 Aonidiella orientalis (Newstead) NOT AVAILABLE 8.7.22 Crysomphalus spp. NOT AVAILABLE 8.7.23 Ischnaspis longirostris Signoret NOT AVAILABLE 8.7.24 Aleurotrachelas spp. NOT AVAILABLE 8.7.25 Promecotheca coeruleipenuis blanchard NOT AVAILABLE 8.7.26 Promecotheca spp. NOT AVAILABLE 8.7.27 Promecotheca spp. NOT AVAILABLE 8.7.28 Coelaenomenodera elaeidis Maulik NOT AVAILABLE 8.7.29 Brontispa spp. NOT AVAILABLE 8.7.30 Plesispa spp. NOT AVAILABLE 8.7.31 Rhynchophorus ferrugineus Oliver NOT AVAILABLE 8.7.32 Rhynchophorus palmarum L. NOT AVAILABLE 8.7.33 Rhynchophorus phoenicis Fabricius NOT AVAILABLE 8.7.34 Oryctes rhinoceros L. NOT AVAILABLE 8.7.35 Brassolis spp. NOT AVAILABLE 8.7.36 Nephantis serinoya Meyrick. NOT AVAILABLE 8.7.37 Apoda spp. NOT AVAILABLE 8.7.38 Setora nitens Walker NOT AVAILABLE 8.7.39 Macroplecta nararia Moore NOT AVAILABLE 8.7.40 parasa lepida Cramer NOT AVAILABLE 8.7.41 Susica spp. NOT AVAILABLE 8.7.42 Castnia daedalus Cramer NOT AVAILABLE 8.7.43 Brachartona catoxantha Hampson NOT AVAILABLE 8.8 Acari NOT AVAILABLE 8.8.1 Eriophyes guerreronis (keifer) NOT AVAILABLE 8.9 Rodents and vermin NOT AVAILABLE 8.9.1 Rats Ratus spp. 8.9.2 Bats NOT AVAILABLE 8.9.3 Birds NOT AVAILABLE 8.10 Weeds NOT AVAILABLE 8.11 Notes Specify here any additional information 9.1 Isozyme/polyphenol profile NOT AVAILABLE 9.2 RFLP/DNA fingerprints NOT AVAILABLE