The YOR Document and Database Records
(as last posted to Usenet)
Last Updated: 10/16/02
See "HOW TO MAKE A YOR CONTRIBUTION" for more info on the column headings and how figures are calculated, or simply click the hyperlinked column headings below. The YOR no longer accepts contributions, this information remains for archival purposes only.
All grams, watts, and lumen values are per square foot of garden canopy: GRAMS MEDIUM cypher avail Seq DRYWT HVST WATTS/LIGHTING STOCK@sqft variety hrs day garden lumens --- ----- ---- --------------- ---- ---- ---- ------- --- --- 1234567 ------ 001 17.5c MAN 40 FLOR HYDR CLON 0.25 I 12 115 EGTEG-- 3075S 002 17.4 MAN 40 HPS+FLOR SOIL CLON V ------- 4490E 003 9.6 MAN 17 /FLOR T TRON CLON 0.75 I XNPEZ-- 1175S 004 22.7c MAN 62 HPS+FLOR HYDR SEED 1.28 N#5xC,F2 14 60 TC--O-- 6638D 004+ 28.7d MAN 62 HPS+FLOR HYDR SEED 1.28 N#5xC,F2 14 60 TC--O-- 6638D 005 11.0 MAN 50 MH SOIL CLON 1.25 O --E--T- 4800D 006 31.2 MAN 64 HPS SOIL CLON BxS#1 ------- 7872D 007 37.9 RAW 54 HPS+MH HYDR CLON S -----F- 5913E 008 32.1 MAN 73 MH+HPS/FLOR HYDR SEED N ------- 7433E 009 33.5 MAN 60 HPS HYDR CLON S ------- 7380E 010 6.5 MAN 46 FLOR SOIL SEED 1.00 A MYBFTU- 3680E 011 34.1 MAN 115 HPS HYDR CLON O ER----- 13915D 012 66.2 MAN 133 HPS HYDR CLON K ------- 16359E 013 37.9 MAN 100 HPS/FLOR HYDR CLON O ---D--- 10420D 014 6.2 MAN 13 HPS HYDR CLON O ------- 1131D 015 20.3c MAN 40 FLOR HYDR CLON 0.25 I 12 106 EGTEG-- 3075S 016 23.6 MAN 50 HPS+FLOR HYDR SEED NxB,NxK#1xH -----T- 5613E 017 11.0 MAN 70 HPS/FLOR SOIL SEED 1.00 O 12 57 ------- 5800D 018 38.7 MAN 60 HPS Agro HYDR CLON 3.40 N#5xDxJ(f2),G 12 48 TR-VGF- 7380E 019 14.0 MAN 65 HPS/FLOR SOIL SEED 1.00 I 12 43 ------- 5387D 020 11.3 MAN 46 FLOR SOIL CLON 1.00 A MYNFT-- 3680E 021 9.3 MAN 20 HPS HYDR CLON 3.43 A PGBFG-- 2460E 022 13.0 MAN 77 HPS+FLOR SOIL REVE 0.33 O 12 91 ------- 6297D 023 55.0 MAN 113 HPS Agro HYDR SEED 0.80 I 12 63 USEDGT- 13899E 024 14.0 MAN 36 HPS+MH HYDR CLON 1.10 N 12 48 NGMDIL- 3942E 025 31.7 MAN 62 HPS Agro HYDR CLON 0.86 A 12 66 TSEDFM- 7626E 026 15.5 MAN 35 HPS HYDR CLON 1.57 A 12 40 TJBFGI- 4305E 027 17.5c MAN 40 FLOR HYDR CLON 0.25 I 12 101 EGTEGB- 3075S 028 14.2 MAN 28 HPS+FLOR SOIL SEED 1.00 NxT 12 44 MWTEVS- 3143E 029 32.4 MAN 96 HPS HYDR SEED 0.94 I 12 67 MJHFDF- 12000D 030 35.4 MAN 54 HPS Agro FORT CLON 1.00 U 14/12 58 MNBUXF- 6642E 031 12.5d MAN 40 FLOR SOIL SEED K -YE--V- 2800E 032 17.5 MAN 63 HPS SOIL REVE 1.50 K#1xIxS 12 60 MWHDUS- 7749E 033 37.1 MAN 96 HPS HYDR CLON 1.25 K 12 62 MJSDHD- 12000D 034 17.5 MAN 53 HPS Agro SOIL SEED 1.50 WxO 12 75 MYEFWU- 6413D 035 14.7 MAN 31 HPS+MH* HYDR SEED 1.25 U 12 39 GGS--X- 3395E 036 17.4 MAN 31 HPS+MH* HYDR SEED 1.25 U 12 39 GGS--G- 3395E 037 17.0 MAN 36 HPS HYDR CLON 2.80 C 12 56 TRLUKA- 4428E 038 27.0 MAN 63 HPS SOIL SEED 4.00 K#1xI(F2) 12 50 MWHDUS- 7749E 039 16.7 MAN 37 /FLOR\FLOR T FORT CLON 0.75 L 12 56 XWHFGS- 2820D 040 19.2 MAN 54 FLOR/FLOR SOIL SEED 1.70 KxI 12 47 MWBDRD- 3186D 041 40.0c MAN 107 HPS/FLOR SOIL CLON 0.16 Y 12/10 75 MWE-QS- 11400D 042 15.5 MAN 26 FLOR SOIL SEED 0.88 S 13 90 MYEDUA- 1920D 043 58.0 MAN 100 HPS HYDR SEED 1.00 O 12 90 UIKDCS- 12300D 044 18.7 MAN 40 FLOR SOIL SEED 0.87 O 12/11 98 MYEEQT- 3200D 045 28.0 MAN 30 HPS HYDR SEED 0.20 NxV 12 49 TJTEGI- 3690E 046 27.9 MAN 88 HPS SOIL SEED 0.71 I,S MYEEQD- 10824E 047 23.5 MAN 29 MH* HYDR CLON 2.80 U 12 44 GGS--G- 2784E 048 33.9 MAN 54 HPS* HYDR SEED 1.00 M,N,W,AxKxS 12 54 ELEDGX- 6642E 049 31.4 MAN 45 HPS HYDR SEED O 12 60 EIEEGA- 5535E 050 17.1c MAN 40 FLOR HYDR CLON 0.12 I 12 104 EGTEGB- 3075S 050+ 29.4c ALL 40 FLOR HYDR CLON 0.12 I 12 104 EGTEGB- 3075S 050+ 1.9c LEF 40 FLOR HYDR CLON 0.12 I 12 104 EGTEGB- 3075S 051 66.0 MAN 28 HPS+MH* HYDR CLON 2.00 U 12 49 GGSVGS- 3066E 052 32.7 MAN 50 HPS HYDR CLON 2.00 HxK,P,Q 12 50 MRSVGS- 7250D 053 41.8 MAN 60 HPS HYDR MIX 6.00 A 12 54 EGSFGF- 7380E 054 32.0 MAN 113 HPS HYDR CLON 6.00 Z 12 55 PRS--S- 12091D 055 48.6 MAN 56 HPS HYDR CLON 0.90 O 12 70 TREDGI- 6888D 056 13.1 MAN 37 /FLOR\FLOR T FORT CLON 0.75 L 12 53 MWKFGT- 2820D 057 8.6 MAN 27 HPS* HYDR SEED 1.28 O 12 70 TITCGQ- 3321D 058 14.4 MAN 53 HPS! HYDR CLON 1.20 K,N 12 67 IRSVGX- 6519E 059 26.0 MAN 53 MH+HPS HYDR SEED 1.00 K,NxV,a 12 63 UGKEGS- 5804E 060 17.3d MAN 133 MH HYDR CLON 0.75 OxW 12 51 ULLUHQ- 12768E 061 37.4 MAN 31 HPS SOIL SEED 0.80 V 12 65 TYEIUU- 3813E 062 51.3 MAN 55 HPS HYDR CLON 1.00 N 12 70 FGKDGS- 6765E 063 24.0 MAN 54 HPS Agro HYDR SEED 0.63 NxV 12 47 EHECGH- 6642E 064 18.0 MAN 53 HPS! HYDR CLON 1.40 K 12 68 IRSVGX- 6519E 065 46.1 MAN 54 HPS* HYDR CLON 1.00 AxKxS 12 60 ELEDGS- 6642E 066 49.2 MAN 54 HPS* HYDR CLON 1.00 AxKxS 12 63 ELEDGS- 6642E 067 18.9 MAN 31 HPS* HYDR CLON 0.94 AxKxS 12 45 ELEDGG- 3813E 068 12.3 MAN 39 MH SOIL CLON 0.80 K 12 42 MYEERA- 3744E 069 8.1 MAN 39 MH SOIL CLON 0.47 K 12 35 MYEVRX- 3744E 070 60.0 MAN 54 HPS Agro HYDR CLON 0.75 O 12 69 MMBDGS- 6534D 071 59.5d MAN 63 HPS HYDR CLON 0.81 OxW 12 63 ULBUHQ- 8505D 072 56.3d MAN 63 HPS HYDR CLON 0.75 OxW 12 64 ULBUHQ- 8505D 073 14.3c RAW 53 HPS SOIL SEED 0.38 O 12 105 MYHFQT- 6519E 074 16.9 MAN 59 MH+HPS* HYDR CLON 1.33 O 12 70 GITFGF- 6461E 075 11.9 MAN 35 MH SOIL SEED 0.59 d 12 51 MVECCA- 3360E 076 31.2 MAN 50 HPS* SOIL CLON 0.25 O 12 60 MYTEQT- 6150D 077 45.9d MAN 63 HPS HYDR CLON 0.93 OxW 12 51 ULBCHS- 8505D 078 34.5 MAN 54 HPS Agro HYDR CLON 0.81 NxV 12 52 EHHEGT- 6642E 079 38.0 MAN 72 HPS Agro HYDR SEED 0.33 S 11 77 EHHDGF- 8856E 080 17.7 MAN 37 HPS HYDR CLON 0.33 S 12 86 TSTEGB- 4144D 081 24.5 MAN 80 HPS HYDR SEED 0.20 O 12 75 TSTUGWH 9840E 082 30.3 MAN 133 HPS+MH SOIL SEED 0.66 s MYL-QH- 14600D 083 25.0 MAN 125 HPS!* SOIL CLON 1.00 L 12 64 MYKVQWT 16201d 084 14.7c MAN 40 FLOR HYDR CLON 0.12 K#1,Dutch Pass12 70 EGTEGVX 3075S 084+ 24.1c ALL 40 FLOR HYDR CLON 0.12 K#1,Dutch Pass12 70 EGTEGVX 3075S 084+ 6.5c LEF 40 FLOR HYDR CLON 0.12 K#1,Dutch Pass12 70 EGTEGVX 3075S 085 35.5c MAN 50 HPS!* HYDR CLON 0.38 K#1,Dutch Pass12 66 EGTEGS- 5917s 085+ 61.0c ALL 50 HPS!* HYDR CLON 0.38 K#1,Dutch Pass12 66 EGTEGS- 5917s 085+ 19.0c LEF 50 HPS!* HYDR CLON 0.38 K#1,Dutch Pass12 66 EGTEGS- 5917s 086 24.6c MAN 53 HPS! FORT SEED 0.38 V,N 12 68 MBHDQVL 6519E 086a 29.4c MAN 53 HPS! FORT SEED 0.30 V,Sensi Seeds 12 66 MBHDQVL 6519E 086b 26.6c MAN 53 HPS! FORT SEED 0.43 N,Freddy 12 68 MBHDQVL 6519E 086b 15.9c MAN 53 HPS! FORT SEED 0.43 N,Freddy 12 63 MBHDQVL 6519E 087 37.6d MAN 89 HPS HYDR CLON 3.36 OxW 12 54 UHBCHUI 12015D 088 53.7 MAN 50 HPS HYDR CLON 2.50 b 12 67 EDSDG-- 7250D 089 33.0 MAN 83 MH+HPS FORT CLON 3.50 O 12 42 MBSDTFT 10417D 090 15.1 MAN 44 MH! HYDR CLON 0.25 O 12 49 ULTDKFV 3652D 091 47.0 MAN 132 HPS HYDR SEED 1.00 B,J,i,nxN,k 12 66 EHSVJW- 16500D 092 27.7d MAN 56 HPS! HYDR SEED 5.33 O 12 110 WJHDDOX 6888E 093 47.5 MAN 250 HPS!* HYDR CLON 2.50 L 12 43 EGKVGTX 32180d 094 41.5 MAN 50 HPS FORT CLON 0.33 L,W 12 55 MNHSGWQ 7500S 094A 35.6 MAN 50 HPS FORT CLON 0.33 L 12 44 MNHSGWQ 7500S 094B 47.3 MAN 50 HPS FORT CLON 0.33 W 12 55 MNHSGWQ 7500S 095 22.9 MAN 83 MH+HPS HYDR SEED 0.75 N#5xH,W,I,m 12 65 EG----- 9089E 095+ 24.0 MAN 83 MH+HPS HYDR SEED 0.75 I 12 43 EG----- 9089E 095A 19.0 MAN 83 MH+HPS HYDR SEED 0.75 N#5xH 12 65 EG----- 9089E 095B 22.0 MAN 83 MH+HPS HYDR SEED 0.75 W 12 57 EG----- 9089E 095C 26.5 MAN 83 MH+HPS HYDR SEED 0.75 m 12 58 EG----- 9089E 096 37.4 MAN 83 HPS! HYDR CLON 0.34 P 12 56 TIKVGS- 10209E 097 22.3c MAN 53 HPS! FORT MIX 0.63 U,V,O 12 64 MBHDQOV 6519E 097a 21.6c MAN 53 HPS! FORT CLON 0.36 V,Sensi Seeds 12 60 MBHDQOV 6519E 097b 23.7c MAN 53 HPS! FORT SEED 0.67 U,Dutch Passio12 58 MBHDQOV 6519E 097b 24.7c MAN 53 HPS! FORT SEED 0.67 U,Dutch Passio12 58 MBHDQOV 6519E 097b 13.1c MAN 53 HPS! FORT CLON 1.33 U,Dutch Passio12 52 MBHDQOV 6519E 097c 24.2c MAN 53 HPS! FORT CLON 0.67 O 12 64 MBHDQOV 6519E 098 27.8 MAN 42 HPS FORT CLON 1.70 N 12 54 TBKDGI- 5166E 099 37.0d MAN 53 HPS HYDR CLON 0.53 P 12 73 IRMEKK- 6519E 100 43.8 MAN 46 HPS! FORT CLON 1.37 w 12 59 WNHVG-- 5658E 101 21.3d MAN 43 HPS HYDR CLON 1.20 N 12 60 THKDGY- 5289E 102 33.3c MAN 59 HPS HYDR CLON 1.00 t 12 51 OHTVGJX 7965D 102+ 33.4d MAN 59 HPS HYDR CLON 1.00 t 12 51 OHTVGJX 7965D 103 60.9d MAN 88 HPS HYDR CLON 2.65 WxO 12 45 VLLDGIT 10824E 104 46.2d MAN 83 HPS! HYDR CLON 1.50 j,Sensi Seeds 12 70 TIKVGS- 10209E 105 23.5d MAN 57 HPS Agro! SOIL SEED 1.20 O 12 105 MWMEUWT 7011E 106 41.4c MAN 88 HPS HYDR CLON 2.38 WxO 12 45 ULLDGIT 10824E 106+ 42.8d MAN 88 HPS HYDR CLON 2.38 WxO 12 45 ULLDGIT 10824E 107 25.8c MAN 63 HPS! FORT CLON 0.45 U,N 12 67 MBTDQXL 7749E 107a 26.7c MAN 63 HPS! FORT CLON 0.60 U,Dutch Passio12 56 MBTDQXL 7749E 107a 20.7c MAN 63 HPS! FORT CLON 0.40 U,Dutch Passio12 57 MBTDQXL 7749E 107b 30.3c MAN 63 HPS! FORT CLON 0.40 N,Freddy 12 67 MBTDQXL 7749E 108 31.0d MAN 80 HPS! HYDR SEED 1.00 N#5,A#1,K 12 63 ERTVGSS 9840E 108A 42.0d MAN 80 HPS! HYDR SEED 1.00 N#5,Freddy 12 63 ERTVGSS 9840E 108B 34.0d MAN 80 HPS! HYDR SEED 1.00 A#1,Freddy 12 41 ERTVGSS 9840E 108C 37.0d MAN 80 HPS! HYDR SEED 1.00 K,Freddy 12 58 ERTVGSS 9840E 109 30.1c MAN 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGEY 5845s 109+ 57.6c ALL 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGEY 5845s 109+ 15.4c LEF 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGEY 5845s 109+ 38.8c RAW 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGEY 5845s 110 15.0d MAN 44 HPS HYDR SEED 0.89 W,U,f 12 60 URTDGVB 5412D 111 28.1c MAN 63 HPS HYDR CLON 0.25 NxV 12 62 UTTFGVS 7749E 112 26.0c MAN 38 MH+HPS HYDR CLON t 12 52 GILFGJ- 4161E 113 33.4d MAN 47 HPS+MH!* HYDR CLON 0.26 K#1xN#5 12 63 MDTVGSV 5147E 114 17.5c MAN 45 HPS HYDR CLON 1.50 W,U,f 12 56 URTDOUC 5555S 115 25.2c MAN 60 HPS FORT SEED 0.25 N#5 12 61 MBTEGQW 7380E 116 34.3c MAN 43 HPS HYDR CLON 1.20 N 12 55 TIKDGAC 5289E 116+ 29.4d MAN 43 HPS HYDR CLON 1.20 N 12 55 TIKDGAC 5289E 117 13.5d MAN 50 HPS+MH HYDR SEED 0.38 c,Serious Seed12 59 TSHDGT- 5475D 118 36.3c MAN 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 5952s 118+ 69.3c ALL 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 5952s 118+ 16.5c LEF 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 5952s 118+ 45.0c RAW 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 5952s 119 2.6d MAN 40 /FLOR HYDR SEED 0.38 O 12 56 PRKDIFA 3200E 120 35.2d MAN 53 HPS! HYDR SEED 1.50 h,Greenhouse 12 80 ERTVGSS 6519E 121 39.5d MAN 47 HPS+MH!* HYDR CLON 0.29 w 12 60 MDTVG-- 5147E 122 41.5c MAN 43 HPS HYDR CLON 0.92 V,N#5,VxN,Sens12 60 TIMDGAI 5289E 123 17.7c MAN 31 HPS FORT CLON 0.75 N#5 12 60 MBTOGCL 3813E 124 41.2c MAN 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 64 EGTEGSX 5945s 124+ 67.3c ALL 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 64 EGTEGSX 5945s 124+ 16.6c LEF 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 64 EGTEGSX 5945s 124+ 50.5c RAW 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 64 EGTEGSX 5945s 125 36.5c MAN 43 HPS HYDR CLON 1.20 NxV 12 57 TIEEGA- 5289E 126 50.0d MAN 235 HPS Agro SOIL CLON 0.60 O 12 41 MVKSRT- 28905D 127 54.0d MAN 61 HPS/FLOR SOIL SEED 0.50 Kxe 12 90 TYEDVC- 6672D 128 16.0d MAN 64 FLOR SOIL SEED 1.30 KxA,Sensi Seed12 80 MYTEXAW 5120D 128a 13.6d MAN 64 FLOR SOIL SEED 1.30 KxA,Sensi Seed12 49 MYTEXAW 5120D 128a 18.4d MAN 64 FLOR SOIL SEED 1.30 KxA,Sensi Seed12 80 MYTEXAW 5120D 129 10.2d MAN 40 HPS+MH SOIL SEED 0.75 IxO 12 60 MAMDQVA 4380E 130 36.6c MAN 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 69 EGTEGTL 5817s 130+ 43.9c RAW 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 69 EGTEGTL 5817s 130+ 11.0c LEF 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 69 EGTEGTL 5817s 130+ 54.4c ALL 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 69 EGTEGTL 5817s 131 21.6d MAN 33 HPS Agro* HYDR CLON 1.61 N 12 49 GISCKAM 4059E 132 60.4d MAN 102 HPS+MH HYDR SEED 1.00 j,Sensi Seeds 12 79 ERTVGSS 11169E 133 36.9c MAN 42 HPS HYDR CLON 1.20 NxV 12 57 TIEEGX- 5166E 134 16.4d MAN 30 HPS HYDR SEED 1.00 O 12 62 PGTEGAW 3210D 135 28.0c MAN 66 HPS/FLOR FORT CLON 2.00 N#5 12 60 MBTOGV- 7409E 136 44.5c MAN 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6098d 136+ 37.9d MAN 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6098d 136+ 49.2d RAW 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6098d 137 7.6c MAN 57 HPS SOIL SEED 0.19 I,S 12 64 MWTDQTV 8265D 137a 7.2c MAN 57 HPS SOIL SEED 0.29 S 12 64 MWTDQFM 8265D 137b 23.4c MAN 57 HPS SOIL SEED 0.42 I 12 64 MWTDQTS 8265D 138 44.0c MAN 49 HPS HYDR CLON 0.78 O 12 65 PGTEGS- 5488D 139 44.6d MAN 74 HPS SOIL SEED 1.19 m,Dutch Passio12 70 MYHEUS- 8288D 140 36.0c MAN 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 5963s 140+ 45.8c RAW 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 5963s 140+ 60.8c ALL 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 5963s 140+ 14.6c LEF 50 HPS*! HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 5963s 141 61.0d MAN 54 HPS Agro HYDR CLON 0.75 O,S 12 80 MMMEGS- 6534D 142 59.0d MAN 54 HPS Agro HYDR SEED 0.75 O,S 12 84 MMMEGS- 6534D 143 43.0d MAN 54 HPS Agro HYDR SEED 0.75 O,S 12 88 MMMEGLM 6534D 144 74.0d MAN 86 HPS HYDR CLON 1.44 KxA,Sensi Seed12 49 IRTDKMH 9632D 145 39.0c MAN 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 17.4c LEF 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 56.4c RAW 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 56.4c ALL 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 34.0d MAN 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 18.9d LEF 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 52.9d RAW 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 145+ 52.9d ALL 54 HPS! HYDR CLON 1.50 N#5,p 12 65 EHBDGS- 6160d 146 46.9c MAN 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 6375S 146+ 58.4c RAW 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 6375S 146+ 17.2c LEF 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 6375S 146+ 76.9c ALL 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGS- 6375S 147 36.3c MAN 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 8.5c LEF 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 44.8c RAW 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 44.8c ALL 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 34.0d MAN 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 9.1d LEF 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 43.1d RAW 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 147+ 43.1d ALL 54 HPS! HYDR CLON 1.13 N#5,p 12 65 EHBDGT- 6036d 148 54.9d MAN 86 HPS HYDR CLON 0.69 K#1,KxA 12 57 IRTDKJV 9632D 148a 52.1d MAN 86 HPS HYDR CLON 0.53 K#1,Dutch Pass12 57 IRTDKJV 9632D 148b 60.0d MAN 86 HPS HYDR CLON 1.00 KxA,Sensi 12 57 IRTDKJV 9632D 148+ 65.8c ALL 86 HPS HYDR CLON 0.69 K#1,KxA 12 57 IRTDKJV 9632D 148a 59.6c ALL 86 HPS HYDR CLON 0.53 K#1,Dutch Pass12 57 IRTDKJV 9632D 148b 77.5c ALL 86 HPS HYDR CLON 1.00 KxA,Sensi 12 57 IRTDKJV 9632D 148b 77.5c RAW 86 HPS HYDR CLON 1.00 KxA,Sensi 12 57 IRTDKJV 9632D 149 36.7c MAN 54 HPS! HYDR CLON 1.88 N#5,p 12 60 EHBDGI- 6219d 149+ 15.5c LEF 54 HPS! HYDR CLON 1.88 N#5,p 12 60 EHBDGI- 6219d 149+ 52.2c RAW 54 HPS! HYDR CLON 1.88 N#5,p 12 60 EHBDGI- 6219d 149+ 52.2c ALL 54 HPS! HYDR CLON 1.88 N#5,p 12 60 EHBDGI- 6219d 150 37.0c MAN 100 HPS HYDR MIX 0.25 O 12 60 PGTDGIT 12300D 151 54.0c MAN 80 HPS HYDR SEED 1.00 O,Bros Grimm 12 67 PGTDGVI 8810D 152 27.0c MAN 73 HPS! FORT MIX 1.09 O,N 12 60 MBTDGVU 8979E 153 48.1c MAN 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 6375S 153+ 73.0c ALL 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 6375S 153+ 61.6c RAW 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 6375S 153+ 18.2c LEF 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 70 EGTEGS- 6375S 154 67.5d MAN 188 HPS HYDR CLON 0.50 O 12 65 EIKUG-- 25380D 155 63.0d MAN 113 HPS HYDR CLON 0.52 g,Breeeder Ste12 60 ISUEHS- 12543D 156 48.6d MAN 87 HPS HYDR SEED 1.39 N,K#1 12 60 IRTDKM- 9744D 156+ 64.1c RAW 87 HPS HYDR SEED 1.39 N,K#1 12 60 IRTDKM- 9744D 156+ 64.1c ALL 87 HPS HYDR SEED 1.39 N,K#1 12 60 IRTDKM- 9744D 156+ 15.5c LEF 87 HPS HYDR SEED 1.39 N,K#1 12 60 IRTDKM- 9744D 156A 47.1d MAN 87 HPS HYDR SEED 0.84 K#1,Dutch Pass12 60 IRTDKM- 9744D 156B 59.0d MAN 87 HPS HYDR SEED 4.00 N 12 60 IRTDKM- 9744D 157 38.4c MAN 64 HPS HYDR CLON 1.60 N 12 52 IRLDGHE 7872E 158 44.0c MAN 80 HPS HYDR CLON 1.20 O 12 63 PGTDGTI 8810D 159 43.0c MAN 100 HPS HYDR CLON 1.00 O 12 70 PGTDGTI 12300D 160 43.3c MAN 54 HPS! HYDR CLON 0.50 N#5,p 12 65 EHTDGVX 6534D 160+ 32.6d MAN 54 HPS! HYDR CLON 0.50 N#5,p 12 65 EHTDGVX 6534D 160+ 37.4c LEF 54 HPS! HYDR CLON 0.50 N#5,p 12 65 EHTDGVX 6534D 160+ 80.6c RAW 54 HPS! HYDR CLON 0.50 N#5,p 12 65 EHTDGVX 6534D 160+ 97.3c ALL 54 HPS! HYDR CLON 0.50 N#5,p 12 65 EHTDGVX 6534D 161 21.0d MAN 50 HPS HYDR SEED 1.00 K 12 60 MMBDCJV 5600D 162 46.1c MAN 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 94 EGTEGS- 6375S 162+ 56.9c RAW 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 94 EGTEGS- 6375S 162+ 16.5c LEF 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 94 EGTEGS- 6375S 162+ 76.9c ALL 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 94 EGTEGS- 6375S 163 17.7d MAN 63 HPS! FORT SEED 0.38 P,q,Nirvana 12 62 MBMEGTS 8254S 163A 13.3d MAN 63 HPS! FORT SEED 0.38 P,Nirvana 12 53 MBMEGTS 8254S 163b 18.5d MAN 63 HPS! FORT SEED 0.38 q,Nirvana 12 62 MBMEGTS 8254S 164 45.5c MAN 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 28.6c LEF 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 74.0c RAW 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 83.5c ALL 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 37.8d MAN 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 20.9d LEF 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 58.8d RAW 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 164+ 65.8d ALL 50 HPS HYDR CLON 0.50 N#5,p 12 67 EHTDGVX 6875S 165 29.8d MAN 63 HPS HYDR CLON 1.25 O 12 66 EGTDMZ- 9250S 166 28.1c MAN 47 HPS HYDR SEED 0.55 r,Bros Grimm 12 57 EMBEGCV 4200S 166+ 24.9d MAN 47 HPS HYDR SEED 0.55 r,Bros Grimm 12 57 EMBEGCV 4200S 166a 30.0c MAN 47 HPS HYDR SEED 0.66 r,Bros Grimm 12 50 EMBEGCV 4200S 166a 27.5d MAN 47 HPS HYDR SEED 0.66 r,Bros Grimm 12 50 EMBEGCV 4200S 166B 40.9c MAN 47 HPS HYDR SEED 0.66 r,Bros Grimm 12 53 EMBEGCV 4200S 166B 33.3d MAN 47 HPS HYDR SEED 0.66 r,Bros Grimm 12 53 EMBEGCV 4200S 166C 28.5c MAN 47 HPS HYDR SEED 0.66 r,Bros Grimm 12 57 EMBEGCV 4200S 166C 27.8d MAN 47 HPS HYDR SEED 0.66 r,Bros Grimm 12 57 EMBEGCV 4200S 167 44.0c MAN 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 110 EGTEGSL 6375S 167+ 53.8c RAW 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 110 EGTEGSL 6375S 167+ 14.9c LEF 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 110 EGTEGSL 6375S 167+ 70.1c ALL 50 HPS* HYDR CLON 0.38 K#1,Dutch Pass12 110 EGTEGSL 6375S 168 34.9d MAN 50 HPS HYDR CLON 2.00 N#5,p 12 68 EHSDGIT 6875S 169 50.2c MAN 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 22.5c LEF 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 72.7c RAW 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 72.7c ALL 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 45.3d MAN 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 24.7d LEF 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 70.0d RAW 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 169+ 70.0d ALL 67 HPS HYDR CLON 2.67 N#5,p 12 63 EHSDG-- 9163S 170 33.4c MAN 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 74 EGTEGXY 6821S 170+ 43.3c RAW 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 74 EGTEGXY 6821S 170+ 14.4c LEF 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 74 EGTEGXY 6821S 170+ 63.2c ALL 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 74 EGTEGXY 6821S 171 41.8c MAN 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 31.1c LEF 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 72.9c RAW 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 72.9c ALL 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 37.1d MAN 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 28.1d LEF 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 65.3d RAW 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 171+ 65.3d ALL 57 HPS HYDR CLON 2.57 N#5,p 12 64 EHSDG-- 7857S 172 52.1d MAN 133 HPS HYDR SEED 0.33 K#1,Dutch Pass12 73 IRTEKWT 17200S 173 38.1c MAN 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGY- 6875S 173+ 49.5c RAW 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGY- 6875S 173+ 21.0c LEF 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGY- 6875S 173+ 76.8c ALL 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 78 EGTEGY- 6875S 174 35.6d MAN 57 HPS Agro HYDR CLON 0.27 u 12 50 PITDGYV 6937D 175 51.3c MAN 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 112 EGTEGS- 6875S 175+ 63.2c RAW 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 112 EGTEGS- 6875S 175+ 17.8c LEF 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 112 EGTEGS- 6875S 175+ 83.3c ALL 50 HPS Agro* HYDR CLON 0.38 K#1,Dutch Pass12 112 EGTEGS- 6875S Variety Key: (This key is CASE SENSITIVE) A-Afghan B-Big Bud C-California Orange D-911 E-Early Pearl F-Filial, breeding info entered as Fn (n=Generation number) G-Grapefruit Skunk H-Haze I-Indica J-Chemo K-Skunk L-G13 M-Misty N-Northern Lights O-Origin unknown P-Kush Q-Kif R-Ruderalis S-Sativa T-Texada Timewarp U-Blueberry V-Shiva Shanti W-White Widow X- Y-Bubbleberry Z-Seattle Blue a-Orange Bud b-Sweetooth c-Chronic d-Durban Poison e-Thai f-Flo g-Plum Bud h-Super Silver Haze i-Inca Spirit j-Jack Herer k-Kong l- m-Master Kush n-Alien o- p-Mazur q-Bubblegum r-C99 s-Shishkeberry t-Top44 u-Emphasima v- w-White Kush x-Indicates a cross between varieties y- z- cypher garden keys ------------------ cypher garden (for more instructions see the end of this page) 1234567 ?------ #1 IRRIGATION METHOD -?----- #2 PRIMARY MEDIUM OR SOIL MIX --?---- #3 PRIMARY METHOD OF GROWTH CONTROL ---?--- #4 CO2 ENRICHMENT AND/OR ACTIVE VENTING (venting only if no CO2) ----?-- #5 PRIMARY NUTRIENT FORMULA (FERTILIZER) -----?- #6 PRIMARY LIMITING FACTOR ON YIELD (BEST GUESS) ------? #7 SECONDARY LIMITING FACTOR ON YIELD (BEST GUESS) Cypher#1 IRRIGATION METHOD A=Aeroponic B= C= D= E=Ebb/Flow, subirrigation F=Ebb/Flow, top feed G=Ebb/Flow, constant feed H= I=NFT J= K= L= M=Manual, top feed hand N=Manual, other O=Passive, aerated whirlpool (water pump or power head) P=Passive, aerated (air pump) (also known as a bubbler) Q=Passive, wicks R= S= T=Top Feed, drip U=Top Feed, flow V=Top Feed, flow (constant) W=Active, non-recycling X=Active, non-draining Y= Z= -=N/A Cypher#2 PRIMARY MEDIUM or SOIL MIX A=Soilless mix B=Soilless mix (FORTified) C=Crushed Aggregate D=Coconut fiber E=Polymer F=Foam G=Geolite H=Hydrocorn I=Expanded Clay Pellets J=Vermiculite/Perlite K= L=Lava Rock M=Multiple Media N=Sphagnum O=Other, not listed P=Pea Gravel, small Q=Pea Gravel, large R=Rockwool, 4 inch cube(s) only S=Rockwool, slab T=Rockwool, flock absorbent only U=Rockwool, flock absorbent and repellent V=Soil, only W=Soil, Drainage Mix (eg- verm,perlite added) X=Soil, Fertility Mix (eg-compost,manures added) Y=Soil, Fertility & Drainage Mix Z=No Medium Was Used -=N/A Cypher#3 PRIMARY METHOD OF GROWTH CONTROL A= B=Shoot Pruning C= D= E=Bending/Crimping F= G= H=Tying I= J= K=Natural, no controls L=Natural,topped only @<1ft M=Natural,topped only 1-2ft N=Natural,topped only 2-3ft O=Natural,topped only 3ft+ P=Pyraponics Q= R= S=Sea of Green (SOG) T=Trellis (ScrOG, conventional horizontal Screen Of Green) U=Trellis * (h/bog, H-shaped box ScrOG designed to surround the sides of a horizontal lamp) V= W= X= Y= Z= -=N/A * NOTE: Trellis "/bog" entries are variations of ScrOG specially adapted for small cabinet, or box, installations usually employing a very high light intensity. They are terms to describe a lamp suspended completely within an enclosed "box of green" (bog), with only enough gaps to clear the lamp attachments. The h or v prefix differentiates a lamp fixed vertically or horizontally. Cypher#4 CO2 ENRICHMENT AND/OR ACTIVE VENTING (venting only if no CO2) A= B= C=CO2 NOT used, no active venting D=CO2 NOT used, constant venting E=CO2 NOT used, automatic or timed venting F=CO2 MOT used, manual venting G= H= I=CO2 Generator, flame J=CO2 Generator, flame, auto vent K= L= M= N=CO2 Generator, chemical O=CO2 Generator, chemical, auto vent P= Q= R= S=CO2 Tank, manual release T=CO2 Tank, manual release, auto vent U=CO2 Tank, flow ctrl, sol release V=CO2 Tank, Flow ctrl, sol release, auto vent W= X=CO2, Dry Ice Y= Z= -=N/A Cypher#5 PRIMARY NUTRIENT FORMULA (FERTILIZER) A= B= C=Hydroponic formulation, Dyna-Gro Liquid D=Hydroponic formulation, Other E=Hydroponic formulation, Eco Brand, Dry F=Hydroponic formulation, Eco Brand, Liquid G=Hydroponic formulation, General Hydroponics Flora Series Liquid H=Hydroponic formulation, General Hydroponics Brand, Other I=Hydroponic formulation, Other, Dry J=Hydroponic formulation, Other, Dry 2 part K=Hydroponic formulation, Other, Liquid 2 part L=Hydroponic formulation, Other, Liquid 3 part M=Hydroponic formulation, Other, Liquid 4 part N=Hydroponic formulation, Other, Home Made O=Hydroponic formulation, Mix of more than one brand P=NO FERTILIZER USED Q=Soil formulation, Peters Brand R=Soil formulation, Miracle Grow Brand S=Soil formulation, Rapid Gro Brand T=Soil formulation, Other, Dry U=Soil formulation, Other, Liquid V=Soil formulation, Other, Home Made W=Soil formulation, Organic, Dry X=Soil formulation, Organic, Liquid Y= Z=Pyraponic -=N/A What improvements would you make? Cypher#6 PRIMARY and SECONDARY LIMITING FACTORS ON YIELD A=Light Intensity B=Nutrient Mix C=Irrigation Schedule D=Growing Medium E=Water Source F=Variety G=Flowering Time H=Venting I=Insects/Vermin J=Unexpected Equipment or Plant Failures K=Fungus/Mold L=Gardener Laziness M=Temperature/Humidity N=Electrical or Power Company Problems O=Unattended Garden During Long Holiday P=Paranoia Q=pH Control R=Other People S=No Limiting Factors (I'm satisfied with the yield) T=Harvested or Flowered Too Soon or Canopy Not Full U=Container Size V=Growth Control/Pruning W=This was my First Crop. X=Experiment(s) Conducted Y=I don't know the limiting factor & NOT satisfied with the yield Z=Reservoir Capacity and related problems -=N/A
Want to plan a garden for a predetermined yield?
Want an idea of how efficient different garden configurations are?
Can my garden produce more than I'm getting now with my setup?
Wonder what the yield might be when you upgrade your garden?
Wonder about the differences between soil and hydro?
How does lighting effect yield?
What will my garden yield if....?
This is not a competition, but rather an attempt to document what is really going on out there. Answers to the above questions (and possibly others) may become "very" obvious as this data grows. I believe this list holds info for the MAJOR factors influencing yield, except for the eternally variable seed, and TLC.
All info is based on yield per square foot of garden canopy, which is a unit of measurement almost anyone can relate to. This way no one needs to disclose the size of their entire garden, and can compare theirs to any on the list, regardless of its actual size. It's also a convenient base to use for planning a garden space.
Those wishing to contribute to the data should do so with accurate KNOWN figures. Guesses just water down its usefulness. To contribute "post a reply to adpc" with your info (see below), just modify the subject line by adding *NEW* to the end of it, or use one of the on-line forms available at the web site. Using an anonymous email account to post to adpc is always a good idea. I hope to be able to add to the ongoing list until there are enough different garden configurations listed to give a good sampling. Needless to say the more entries there are, the better and more reliable the data becomes.
One final point. Whether or not you care to contribute to this endeavor don't overlook it's value. Keeping data of this nature for one's own crops will allow you to look back and gauge your degree of success, as long as yield is your criteria. I doubt if any of you will grow your next crop without trying to improve something over this one. Maximizing yield is just one aspect of cultivating this thing we call cannabis. Having an edge in doing so can go a long way.
--------------------------- LPW TABLE For those wishing to convert watts to lumens. Also see "avail lumens (optional)" further below in the HOW TO MAKE A YOR CONTRIBUTION section. Known wattages and related Lumens Per Watt (LPW) values* for various light types. Footnote (4) (3) (3) (3) (3) (1) (2) Bulb Wattage 1500 1000 940 600 430 400 360 250 220 175 150 100 70 >=40 <40 -------------------------------- ---- ---- --- --- --- --- --- --- --- --- --- --- -- ---- --- Lumens Per Watt: ------- Standard High Intensity Discharge Bulbs ----- -Fluoros- Avg HighLow HPS & Agro 123 150 65 135 145 121 123 112 107 92 87 Metal Halide 96 125 68 103 120 96 84 83 81 71 Fluoro (CW & WW) 80 100 20 80 59 Fluoro (Gro, Agro, 40 59 14 45 35 Aquarium, Terrarium) -- Conversion High Intensity Discharge Bulbs -- HPS for MH ballast 125 138 97 138 125 111 100 MH for HPS ballast 96 119 68 118 96 79 * -Values are averages of Initial LPW samplings for each bulb description. Mean LPW for sampled bulbs are appx 10-15% lower than Initial LPW for HPS and Fluoros, and appx 25-35% lower for MH. (1)-Greater than or equal to 40W (usually 4 feet or longer, can include some compact versions) (2)-Less than 40W (usually less than 4 ft long or screw-in, stick, or circular compact versions) (3)-940,360,220, and 150W conversion bulbs for use with 1000,400,250,175 MH ballasts respectively. (4)-Figures under the Avg column are for the most common middle-of-the-road lights (400w HIDs and 40w FLOR tubes). Guide for producing 5000 Average Available Lumens per Square Foot from Standard HID lamps: Bulb Wattage 1500 1000 600 430 400 250 175 150 100 70 ------------- Standard HPS & Agro ---------------- Square ft coverage 27 17 10 10 6 3.2 1.8 1.2 Watts/square ft 37 34 41 41 45 47 54 57 ---------------- Standard Metal Halide ---------------- Square ft coverage 31 24 8 4 2.9 1.6 1.0 Watts/square ft 49 42 52 60 60 62 70 For more specifics on common bulbs and light see the Lights-o-rama post in adpc.
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************* HOW TO MAKE A YOR CONTRIBUTION ***************
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Three things you ABSOLUTELY NEED TO KNOW to make calculations:
1-Canopy space
2-Accurate weighed yield
3-Wattage of lights used for that harvest
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What to Include & How to Calculate:
** Canopy area in square feet **
This is the lit area occupied by the mature flowering plants after they've finished with the outward horizontal growth typical of the vegetative phase, and the fast stretchy growth during early flowering. It can also be called the lit space under which the plants matured and were harvested. See the canopyspace page for more detail on finding the area of your canopy space.
With gardens designed for side lighting, measure the area of the sides where the lighting is installed. With gardens
using top and side lighting, measure both the top and side lit areas.
(for Phototrons use 8.00 square ft)
If you need help with the math, get it. NO GUESSES PLEASE.
(To convert sq meter to sq feet multiply sq meter by 10.76)
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About Seq(uence) numbers:
Every contribution is assigned a sequence number to what's called the root entry. The root entry is the first line in a contribution, or if there are no other data it's the only line. The root is the tell-all record for the entire crop, with any subsequent lines carrying the same Seq# but focusing on different data relating to the root. These lines are called component and supplemental entries as explained below.
Seq numbers followed by a letter indicate a component entry. (see Component Entries further below under the Variety section)
Seq numbers followed by a + sign indicate supplemental info about an entry, where that info could occupy only one field in the original root entry.
For example, a contributor may want to offer more information about his harvest than only the weight of his manicured buds, which would use the "MAN" variable entry under the harvest (HVST) field. Because there is only one harvest field per record line, a second supplemental line would be created so that he could also make available the weight for his entire harvest, by using the ALL harvest field variable. More supplemental lines can also be created. For example, another line for the pre-manicured bud weight using the RAW harvest variable, and one for leaves and leaf trim by using the LEF variable, etc.. Given enough of this type of data, it can be used to analyze manicuring habits, how much total growth a garden is capable of producing versus its usable growth, which varieties tend to yield a higher percentage of usable harvest, or which varieties tend to be more leafy than others.
Another example would be for an entry where a grower weighs his harvest fresh, as he harvests/manicures it, and the dry weight in his entry was calculated as 25% of the fresh weight (a "c" follows the grams figure). The contributor may also wish to offer the actual dry weight after he's finished drying/curing his harvest. Because there's only one grams field per record line, a supplemental entry showing the actual dried weight would be created, but with a "d" following the grams figure.
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** GRAMS DRYWT (required field) **
Dry Weight in Grams (per square foot of canopy), and the method used to determine that weight.
Dry weight is considered to be 25% of the fresh weight. If all you have is fresh weight use 1/4 of that figure, or multiply by .25 to get dry weight. Once you have the dry weight total, divide it by the canopy square footage (as calculated above) to arrive at the dry weight per square foot of canopy.
If you weigh ounces, multiply that figure by 28.4 to get grams.
Although dry weight is easier to relate to for most people, fresh weight is a more accurate measure of yield because it doesn't vary with the degree of dryness or personal preferences of the grower. If your dry weight was "calculated from fresh weight", please add the suffix "c" after the GRAMS DRYWT figure. Likewise, add a "d" if it was weighed dry. This will earmark entries for those wishing to use "actual" fresh or dry weights for their analysis. In all cases the figure shown will still be the DRY weight, either real or calculated. The suffix simply shows which entries were calculated as opposed to actual. As of Feb 1999 this info is required.
For those wishing to extrapolate fresh weight from calculated dry weight, simply multiply the calculated dry weight by 4.
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** HVST (harvest) (required field) **
Qualify your reported weight as:
MAN
Manicured buds (only high quality top colas & buds after non-resinous leaves, petioles, and other low quality plant
parts have been removed)
RAW
Raw buds (high quality top colas & buds including the leaves and plant parts removed from them during manicuring)
LEF
Leaves only (all leaves of a reasonable size, including those removed from colas & buds during manicuring)
ALL
The entire harvest of non-woody plant parts. Includes all the above plus any undergrowth, immature buds, and atrophied
buds.
NOTE:The only weighed woody material is that considered to be an integral part of top colas and buds, that is the section of stem remaining at their center which provides them with body and form.
At the very least try to supply MANicured bud weight, this is what most of us really want to know. The other weight qualifiers can be included in your contribution via supplemental entries, and though they require some time and forethought the data supplies a wealth of information.
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** WATTS/LIGHTING (required field) **
Wattage (per square foot of canopy) & light type. Add the watts rating of all your bulbs used during flowering, then divide that figure by the square feet of canopy (as calculated above). That's your watts per square foot.
Include the type(s) of lights used
HPS = High Pressure Sodium
MH = Metal Halide
MV = Mercury Vapor
FLOR = Fluorescent
INDICATOR CHARACTERS for light types:
+ = Multiple top lighting types
/ = Side lighting prefix
\ = Phototron additional light prefix
* = Light mover suffix
! = Sequential lighting suffix
T = Phototron suffix
If a combination of different types are used for top lighting use a + (plus character) between each in the list. eg: HPS+MH
When side lighting is used to augment top lighting it will follow the other light types in the list separated by a / (slash character). eg: HPS+MH/FLOR
Sidelight "only" gardens will have the entire light type entry prefixed with a / (slash character). eg: /FLOR
If a light mover was employed add an asterisk after the light type(s). eg: HPS+MH*/FLOR
Sequential Lighting is used occasionally, and will be indicated by an exclamation character "!" following the light type. This means that lights other than those shown in the entry were used briefly to either initiate flowering, or as a transition buffer to prepare plants for the lights to be used for the majority of the flowering time. They could have been of a different type and wattage. In all cases, the light types and watts/sq ft listed in the entry were the primary lights used to bring the crop to harvest. (NOTE: If a light other than the primary flowering light was used during early flowering, and you know for how many days, it would be helpful if you could include that info. See the NOTE at the bottom of the Avail Lumens instructions below for some related info.)
Special Phototron Users Note: /FLOR is the default phototron lighting configuration and should be used for all Trons. When other lights are used to augment the Tron's default (whether thru the top or sides of the unit), that light type will follow the default and be prefixed with a \ backslash character. In all cases, Tron light type will end with a space then "T" to indicate the unit was a Tron.
eg:
/FLOR T indicates a standard Tron lighting configuration.
/FLOR\FLOR T indicates additional fluoros were used with a Tron.
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** MEDIUM (required field) **
SOIL
Soil based mediums or soil mixes. *ALL* nutrients are to be found in the medium. They are earthen in nature. The intended
use is that plain water will keep the nutrients in a form usable by plants, and that "infrequent" feeding
with soluble fertilizers "may" be necessary with indoor plants in lieu of adding more nutrient rich soil
via repotting.
HYDR
Hydroponic mediums are inert. *NO* nutrients are found in the medium, *ALL* nutrients are supplied in solution.
FORT
Fortified mediums are those containing nutrients (or nutrient bearing amendments) but not supplied in adequate quantities
to sustain plant growth for the life of the plant. The intended use is that "regular frequent" feeding with
a soluble N-P-K fertilizer containing trace and secondary elements "is" necessary. Typically this medium
type is not earthen in nature and eventually requires use of hydroponic techniques. Some soilless mixes fall into this
category.
TRON
Phototron, use this as a medium entry "only" if you use Pyraponics medium and nutrients. If you use a Phototron
but don't use Pyroponics methods then enter either SOIL, HYDR, or FORT whichever is more appropriate.
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** STOCK (required field) **
Plants for this crop were derived from:
SEED
Plants are from germinated seeds
CLON
Clones
MIX
Combination of clones and plants from seed
REVE
Plants revegetated from flowering plants
Seed vs clone stock is included to indicate that possibly males have been removed thus leaving a canopy that "could" have yielded more with the given hardware. With clones I feel it's safe to assume a full canopy.
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** avail lumens (optional) **
Available Lumens per Square Foot.
This is a new field as of May 2001, it is comprised of a lumen value and a qualifier suffix stating how the lumens were determined. What makes this optional data different from the rest is that it will appear in every entry whether or not the contributor supplied the lumen data.
While it is greatly appreciated when optional information is offered in a YOR contribution, for security reasons it's never been a requirement for someone to disclose information that could be used to determine the actual size of his indoor garden or the total electric power needed to operate it. For all intents and purposes each garden is just one square foot in size. Regardless, YOR contributors often offer much more detail than required for an entry. Where it relates to light, this detail is most often in the form of the actual wattage of the lamps being used. Even more detail can come in the form of the manufacturers lumens specifications for the lamps, or a light measurement taken by the grower with a meter. In the YOR's new Available Lumens field, the qualifier following the lumens figure will point to one of the above as being the source for the lumen information. If no information but the required watts/sq ft is offered, the lumen value will be estimated at the time the entry is placed in the YOR.
A review of all pre-existing YOR contributions was conducted to determine the lumen value for their entries, future contributions will be handled according to the level of optional detail supplied by the contributor. Either you can supply lumen/sq ft info yourself or it will be calculated at the time the entry is placed into the YOR, from whatever info you made available, and the appropriate qualifier character attached to it. The most accurate data is supplied by the grower, so if at all possible it would be best to at least look up the lumen output of YOUR bulb(s) at the manufacturers web site.
Below are the four qualifiers and a description of how each is used to determine lumens.
(M)easured
(S)pecificatons
(D)erived
(E)stimated
(M)easured
Measured with a light meter, usually in foot-candles (fc), 1fc=1lumen. Readings are taken at the flowering growth, from
each square foot, then averaged over the total sq ft of canopy area by the contributor.
(S)pecifications
The manufacturers actual lumen output specifications for the particular bulb(s) is known by the contributor and averaged
over the total canopy area.
(D)erived
This is used when the bulb(s) wattage(s) is offered by the contributor, but Specs or Measured lumens are not known. Lumens
are derived from the LPW Table using the LPW value found under the known bulb wattage,
or the bulb with the closest watt rating. The LPW figure is then applied to the contributors w/sq ft.
(E)stimated
This is used when only the watts/sq ft and light type(s) are known. Lumens are estimated using the Avg LPW figures found
in the LPW Table then, depending on the nature of the lighting type(s), is applied to
a standard formula which makes assumptions about the lighting.
NOTE: A lower case qualifier may appear in an entry that contains the Sequential lighting character (an exclamation ! point). This indicates a "weighted" lumen value. It was calculated using the number of flowering days for each light (when both are known), thus accounting for the lumen differences from each light over the total flowering period. The formula is: (light1 lumens x days use) + (light2 lumens x days use), total lumens are then divided by the total days.
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** plants per sq ft (optional) **
Plant spacing.
You can include as an option the number of plants/sq ft (divide the number of plants by the sq ft of canopy). The results will be posted as MEDIUM STOCK 0.00. eg-HYDR CLON 0.08 would indicate one plant with a 12 sq ft canopy, and HYDR,CLON 1.00 would indicate one plant/sq ft of canopy.
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** variety (optional) **
Click here to view the Variety Key
Because almost all contributors have included their variety, and many feel it important to list, I've created a key to reference same. The key lists only generic varieties, any subsequent crosses or sub-varieties are noted in the entry by using the "x" indicator to show a crossed breed was created (eg- AxB). Multiple varieties are separated by a comma (eg- A,B). Since we're looking at yield, when mention is made of multiple varieties in one harvest, there's no way to know how much of the yield is for which variety.
Component Entries
To make variety data more useful where multiple varieties are harvested from a single crop, I've included harvest component
entries as of 9/98. These are entries which will have a letter following the (Seq)uence #, and each component entry
will focus on just one variety taken from a regular entry which included multiple varieties. A regular entry must still
be made for the entire harvest. In other words, the component entries will simply be a breakdown (by variety) of your
original YOR contribution. In an attempt to further complicate things:-), a component entry will be further isolated
by the case of the suffix letter following the seq#. An UPPER CASE suffix indicates data is the average of many plants
where an individual breakdown of each plant is unknown, a lower case suffix indicates data for just one plant. A different
suffix letter will be used for each variety.
Only plants grown from commercially available seeds will be listed as components. If a variety isn't available to those who read the YOR there's no point listing it. Where multiple clones (not seeds) were used only one component will be entered as the average taken from those clones.
Include the "breeder" of the seed when known and it will be listed with the variety for that component. If your crop is just one variety, you can include the breeder without a component. PLEASE NOTE: The breeder is NOT necessarily the same place the seeds were purchased. If you're not sure the breeder and the place of purchase are one in the same, please DON'T include the place of purchase for that component.
You must have accurate measurements for each variety in order to calculate the components accurately. Canopy space, yield, variety, flowering days, and plant spacing, etc will be needed independently for each component (or variety). At the time of making your original contribution mention that you have good info on each variety and I'll help you with the component if you wish.
Here's an example of a hypothetical YOR entry:
Let's say you have 280 grams, 180 from variety N, and 100 from variety V. Let's use a canopy sq/ft of 4.7 for the N,
and 3.3 for the V, 8 total.
All grams and watts values are per square foot of garden canopy:
GRAMS MEDIUM cypher
Seq DRYWT HVST WATTS/LIGHTING STOCK@sqft variety hrs day garden
--- ----- ---- --------------- ---- ---- ---- ------- --- --- 1234567
000 35.0 MAN 53 HPS HYDR SEED 0.38 V,N 12 67 -------
000+ 56.7 ALL 53 HPS HYDR SEED 0.38 V,N 12 67 -------
000a 30.3 MAN 53 HPS HYDR SEED 0.30 V,Sensi 12 60 -------
000B 38.3 MAN 53 HPS HYDR SEED 0.43 N,Freddy 12 67 -------
Entry 000a is the component entry for the first variety, Shiva Shanti. The lower case "a" says it's a single plant. Entry 000B is the component for the second variety, Northern Lights. The upper case of the suffix indicates data is an avg taken from many plants. If data for each of those plants were available their suffixes would be a lower case "b", and those entries would be used in lieu of the avg. Please note that seeds for both components were purchased from Freddy's, but 000a were bred at Sensi Seeds where 000B were bred at Freddy's. The entry for Seq 000+ is not a component for a variety, but rather supplemental info about the regular entry (see "About Seq(uence) numbers" above).
Note that this is all "optional", and not required to make a contribution.
If you know your variety mention it in your comments below. If it doesn't exist in the key that's OK, I'll try to find a way to fit it in. If you don't know that's OK too, remember variety is optional.
A seed bank report is regularly posted to adpc. Your opinions would be helpful to the author and to others. So if possible include the seed bank name and any info relating to them, their seed's performance, their delivery time, etc., etc..
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** hrs/day (optional) **
Along with the variety info you may want to include the number of days it took the crop to mature from the first day you put the plants into flowering to the day you harvested. Also needed is the number of hours of light you gave your plants each day during this flowering period. This info is for induction-to-harvest days ONLY, do not include any days spent vegetating before you begun flowering. The results will be posted as (n/nn) where n=hours of light, and nn=number of days to mature.
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** cypher garden (optional) **
Pick a letter from each of the cyphers that best describes that part of your garden. Enter that letter under the numbered column for that cypher. If you can't find a description, or would rather not include that information, put a minus sign in its place. With the minus sign all six characters will be filled to avoid any confusion over blanks. If you can't find a description that applies to you please add a comment to your entry stating what it would be.
An entry for an ebb/flow system using Geolite, a trellis, no CO2, General Hydro nutrients, and no limiting factors would look like this:
cypher
garden
1234567
EGTEGSS
*****************************************************
***** Snip here and post only what's below to ******
***** alt.drugs.pot.cultivation ******
*** Don't forget to add *NEW* to the subject line ***
*****************************************************
Please post any comments or suggestions, no email please. Posting anonymously is always a good idea.
At your discretion you may post pics relating to your contribution. Please see the Newbie Resources post for instructions on how to do this. Then when you make the below contribution, add to it the subject line references needed to find your pics.
Your Info:
All grams, watts, and lumen values are per square foot of garden canopy:
GRAMS MEDIUM cypher avail
Seq DRYWT HVST WATTS/LIGHTING STOCK@sqft variety hrs day garden lumens
--- ----- ---- --------------- ---- ---- ---- ------- --- --- 1234567 ------
Your additional comments:
