A comprehensive list of all known isotopes for every element is too extensive to be provided in a single response, as there are over 3,000 of them. However, I can continue where we left off, detailing elements 31-40 in batches.
Gallium (Ga)
Atomic Number: 31
Symbol: Ga
Isotopes:
$^{56}$Ga: Half-life is 13.5 ms, decays via β+ (positron emission) and proton emission.
$^{57}$Ga: Half-life is 23.7 ms, decays via β+ (positron emission).
$^{58}$Ga: Half-life is 34.6 ms, decays via β+ (positron emission).
$^{59}$Ga: Half-life is 30.5 ms, decays via β+ (positron emission).
$^{60}$Ga: Half-life is 70 ms, decays via β+ (positron emission).
$^{61}$Ga: Half-life is 168 ms, decays via β+ (positron emission).
$^{62}$Ga: Half-life is 116.1 ms, decays via β+ (positron emission).
$^{63}$Ga: Half-life is 32.4 s, decays via β+ (positron emission).
$^{64}$Ga: Half-life is 2.627 min, decays via β+ (positron emission).
$^{65}$Ga: Half-life is 15.2 min, decays via β+ (positron emission).
$^{66}$Ga: Half-life is 9.49 h, decays via β+ (positron emission).
$^{67}$Ga: Half-life is 3.261 d, decays via electron capture.
$^{68}$Ga: Half-life is 67.71 min, decays via β+ (positron emission) and electron capture.
$^{69}$Ga: Stable.
$^{70}$Ga: Half-life is 21.14 min, decays via β− (beta decay) and electron capture.
$^{71}$Ga: Stable.
$^{72}$Ga: Half-life is 14.1 h, decays via β− (beta decay).
$^{73}$Ga: Half-life is 4.86 h, decays via β− (beta decay).
$^{74}$Ga: Half-life is 8.12 min, decays via β− (beta decay) and neutron emission.
$^{75}$Ga: Half-life is 1.83 s, decays via β− (beta decay) and neutron emission.
$^{76}$Ga: Half-life is 32.6 s, decays via β− (beta decay) and neutron emission.
$^{77}$Ga: Half-life is 13.2 s, decays via β− (beta decay) and neutron emission.
$^{78}$Ga: Half-life is 5.09 s, decays via β− (beta decay) and neutron emission.
$^{79}$Ga: Half-life is 2.847 s, decays via β− (beta decay) and neutron emission.
$^{80}$Ga: Half-life is 1.69 s, decays via β− (beta decay) and neutron emission.
$^{81}$Ga: Half-life is 1.2 s, decays via β− (beta decay) and neutron emission.
$^{82}$Ga: Half-life is 580 ms, decays via β− (beta decay) and neutron emission.
$^{83}$Ga: Half-life is 308 ms, decays via β− (beta decay) and neutron emission.
$^{84}$Ga: Half-life is 145 ms, decays via β− (beta decay) and neutron emission.
$^{85}$Ga: Half-life is 120 ms, decays via β− (beta decay) and neutron emission.
$^{86}$Ga: Half-life is < 260 ns, decays via β− (beta decay) and neutron emission.
$^{87}$Ga: Half-life is < 260 ns, decays via β− (beta decay) and neutron emission.
Germanium (Ge)
Atomic Number: 32
Symbol: Ge
Isotopes:
$^{60}$Ge: Half-life is 30 ms, decays via β+ (positron emission) and proton emission.
$^{61}$Ge: Half-life is 40 ms, decays via β+ (positron emission) and proton emission.
$^{62}$Ge: Half-life is 160 ms, decays via β+ (positron emission).
$^{63}$Ge: Half-life is 275 ms, decays via β+ (positron emission).
$^{64}$Ge: Half-life is 63.7 s, decays via β+ (positron emission).
$^{65}$Ge: Half-life is 31.0 s, decays via β+ (positron emission).
$^{66}$Ge: Half-life is 2.26 h, decays via β+ (positron emission) and electron capture.
$^{67}$Ge: Half-life is 18.9 min, decays via β+ (positron emission).
$^{68}$Ge: Half-life is 270.95 d, decays via electron capture.
$^{69}$Ge: Half-life is 39.05 h, decays via β+ (positron emission) and electron capture.
$^{70}$Ge: Stable.
$^{71}$Ge: Half-life is 11.43 d, decays via electron capture.
$^{72}$Ge: Stable.
$^{73}$Ge: Stable.
$^{74}$Ge: Stable.
$^{75}$Ge: Half-life is 82.78 min, decays via β− (beta decay).
$^{76}$Ge: Stable.
$^{77}$Ge: Half-life is 11.30 h, decays via β− (beta decay).
$^{78}$Ge: Half-life is 88.3 min, decays via β− (beta decay).
$^{79}$Ge: Half-life is 18.98 s, decays via β− (beta decay) and neutron emission.
$^{80}$Ge: Half-life is 29.5 s, decays via β− (beta decay) and neutron emission.
$^{81}$Ge: Half-life is 7.6 s, decays via β− (beta decay) and neutron emission.
$^{82}$Ge: Half-life is 4.55 s, decays via β− (beta decay) and neutron emission.
$^{83}$Ge: Half-life is 1.85 s, decays via β− (beta decay) and neutron emission.
$^{84}$Ge: Half-life is 1.1 s, decays via β− (beta decay) and neutron emission.
$^{85}$Ge: Half-life is 500 ms, decays via β− (beta decay) and neutron emission.
$^{86}$Ge: Half-life is 270 ms, decays via β− (beta decay) and neutron emission.
$^{87}$Ge: Half-life is < 260 ns, decays via β− (beta decay) and neutron emission.
$^{88}$Ge: Half-life is < 260 ns, decays via β− (beta decay) and neutron emission.
Arsenic (As)
Atomic Number: 33
Symbol: As
Isotopes:
$^{64}$As: Half-life is 40 ms, decays via β+ (positron emission) and proton emission.
$^{65}$As: Half-life is 164 ms, decays via β+ (positron emission).
$^{66}$As: Half-life is 82.5 ms, decays via β+ (positron emission).
$^{67}$As: Half-life is 42.5 s, decays via β+ (positron emission).
$^{68}$As: Half-life is 151.6 s, decays via β+ (positron emission).
$^{69}$As: Half-life is 15.2 min, decays via β+ (positron emission).
$^{70}$As: Half-life is 52.6 min, decays via β+ (positron emission).
$^{71}$As: Half-life is 65.3 h, decays via β+ (positron emission) and electron capture.
$^{72}$As: Half-life is 26.0 h, decays via β+ (positron emission).
$^{73}$As: Half-life is 80.30 d, decays via electron capture.
$^{74}$As: Half-life is 17.77 d, decays via β+ (positron emission), electron capture, and β− (beta decay).
$^{75}$As: Stable.
$^{76}$As: Half-life is 26.3 h, decays via β− (beta decay).
$^{77}$As: Half-life is 38.8 h, decays via β− (beta decay).
$^{78}$As: Half-life is 90.7 min, decays via β− (beta decay).
$^{79}$As: Half-life is 9.01 min, decays via β− (beta decay).
$^{80}$As: Half-life is 15.2 s, decays via β− (beta decay).
$^{81}$As: Half-life is 33.3 s, decays via β− (beta decay) and neutron emission.
$^{82}$As: Half-life is 19.1 s, decays via β− (beta decay) and neutron emission.
$^{83}$As: Half-life is 13.4 s, decays via β− (beta decay) and neutron emission.
$^{84}$As: Half-life is 5.2 s, decays via β− (beta decay) and neutron emission.
$^{85}$As: Half-life is 2.0 s, decays via β− (beta decay) and neutron emission.
$^{86}$As: Half-life is 940 ms, decays via β− (beta decay) and neutron emission.
$^{87}$As: Half-life is 500 ms, decays via β− (beta decay) and neutron emission.
$^{88}$As: Half-life is 200 ms, decays via β− (beta decay) and neutron emission.
$^{89}$As: Half-life is 150 ms, decays via β− (beta decay) and neutron emission.
$^{90}$As: Half-life is 100 ms, decays via β− (beta decay) and neutron emission.
Selenium (Se)
Atomic Number: 34
Symbol: Se
Isotopes:
$^{65}$Se: Half-life is 33 ms, decays via β+ (positron emission) and proton emission.
$^{66}$Se: Half-life is 45 ms, decays via β+ (positron emission) and proton emission.
$^{67}$Se: Half-life is 120 ms, decays via β+ (positron emission).
$^{68}$Se: Half-life is 35.5 s, decays via β+ (positron emission).
$^{69}$Se: Half-life is 27.4 s, decays via β+ (positron emission).
$^{70}$Se: Half-life is 41.1 min, decays via β+ (positron emission).
$^{71}$Se: Half-life is 4.74 min, decays via β+ (positron emission).
$^{72}$Se: Half-life is 8.4 d, decays via electron capture.
$^{73}$Se: Half-life is 7.15 h, decays via β+ (positron emission) and electron capture.
$^{74}$Se: Stable.
$^{75}$Se: Half-life is 119.779 d, decays via electron capture.
$^{76}$Se: Stable.
$^{77}$Se: Stable.
$^{78}$Se: Stable.
$^{79}$Se: Half-life is 3.27 x 105 y, decays via β− (beta decay) and electron capture.
$^{80}$Se: Stable.
$^{81}$Se: Half-life is 18.4 min, decays via β− (beta decay).
$^{82}$Se: Stable.
$^{83}$Se: Half-life is 22.3 min, decays via β− (beta decay).
$^{84}$Se: Half-life is 3.10 min, decays via β− (beta decay).
$^{85}$Se: Half-life is 1.83 s, decays via β− (beta decay) and neutron emission.
$^{86}$Se: Half-life is 15.3 s, decays via β− (beta decay) and neutron emission.
$^{87}$Se: Half-life is 5.5 s, decays via β− (beta decay) and neutron emission.
$^{88}$Se: Half-life is 1.53 s, decays via β− (beta decay) and neutron emission.
$^{89}$Se: Half-life is 410 ms, decays via β− (beta decay) and neutron emission.
$^{90}$Se: Half-life is 200 ms, decays via β− (beta decay) and neutron emission.
$^{91}$Se: Half-life is 140 ms, decays via β− (beta decay) and neutron emission.
$^{92}$Se: Half-life is 90 ms, decays via β− (beta decay) and neutron emission.
$^{93}$Se: Half-life is 70 ms, decays via β− (beta decay) and neutron emission.
$^{94}$Se: Half-life is 40 ms, decays via β− (beta decay) and neutron emission.
$^{95}$Se: Half-life is 30 ms, decays via β− (beta decay) and neutron emission.
Bromine (Br)
Atomic Number: 35
Symbol: Br
Isotopes:
$^{69}$Br: Half-life is 24 ms, decays via β+ (positron emission) and proton emission.
$^{70}$Br: Half-life is 79.1 ms, decays via β+ (positron emission) and proton emission.
$^{71}$Br: Half-life is 21.4 s, decays via β+ (positron emission).
$^{72}$Br: Half-life is 78.6 s, decays via β+ (positron emission).
$^{73}$Br: Half-life is 3.4 min, decays via β+ (positron emission).
$^{74}$Br: Half-life is 25.4 min, decays via β+ (positron emission).
$^{75}$Br: Half-life is 9.67 min, decays via β+ (positron emission).
$^{76}$Br: Half-life is 16.2 h, decays via β+ (positron emission) and electron capture.
$^{77}$Br: Half-life is 57.036 h, decays via electron capture.
$^{78}$Br: Half-life is 6.46 min, decays via β+ (positron emission).
$^{79}$Br: Stable.
$^{80}$Br: Half-life is 17.68 min, decays via β− (beta decay) and electron capture.
$^{81}$Br: Stable.
$^{82}$Br: Half-life is 35.3 h, decays via β− (beta decay).
$^{83}$Br: Half-life is 2.40 h, decays via β− (beta decay).
$^{84}$Br: Half-life is 31.8 min, decays via β− (beta decay).
$^{85}$Br: Half-life is 2.9 min, decays via β− (beta decay) and neutron emission.
$^{86}$Br: Half-life is 55.1 s, decays via β− (beta decay) and neutron emission.
$^{87}$Br: Half-life is 55.6 s, decays via β− (beta decay) and neutron emission.
$^{88}$Br: Half-life is 16.29 s, decays via β− (beta decay) and neutron emission.
$^{89}$Br: Half-life is 4.3 s, decays via β− (beta decay) and neutron emission.
$^{90}$Br: Half-life is 1.92 s, decays via β− (beta decay) and neutron emission.
$^{91}$Br: Half-life is 541 ms, decays via β− (beta decay) and neutron emission.
$^{92}$Br: Half-life is 344 ms, decays via β− (beta decay) and neutron emission.
$^{93}$Br: Half-life is 102 ms, decays via β− (beta decay) and neutron emission.
$^{94}$Br: Half-life is 67 ms, decays via β− (beta decay) and neutron emission.
$^{95}$Br: Half-life is 30 ms, decays via β− (beta decay) and neutron emission.
Krypton (Kr)
Atomic Number: 36
Symbol: Kr
Isotopes:
$^{70}$Kr: Half-life is 52 ms, decays via β+ (positron emission) and proton emission.
$^{71}$Kr: Half-life is 98 ms, decays via β+ (positron emission).
$^{72}$Kr: Half-life is 17.1 s, decays via β+ (positron emission).
$^{73}$Kr: Half-life is 27.0 s, decays via β+ (positron emission).
$^{74}$Kr: Half-life is 11.5 min, decays via β+ (positron emission).
$^{75}$Kr: Half-life is 4.6 min, decays via β+ (positron emission).
$^{76}$Kr: Half-life is 14.8 h, decays via β+ (positron emission).
$^{77}$Kr: Half-life is 1.24 h, decays via β+ (positron emission).
$^{78}$Kr: Stable.
$^{79}$Kr: Half-life is 35.04 h, decays via β+ (positron emission) and electron capture.
$^{80}$Kr: Stable.
$^{81}$Kr: Half-life is 2.29 x 105 y, decays via electron capture.
$^{82}$Kr: Stable.
$^{83}$Kr: Stable.
$^{84}$Kr: Stable.
$^{85}$Kr: Half-life is 10.756 y, decays via β− (beta decay).
$^{86}$Kr: Stable.
$^{87}$Kr: Half-life is 76.3 min, decays via β− (beta decay).
$^{88}$Kr: Half-life is 2.84 h, decays via β− (beta decay).
$^{89}$Kr: Half-life is 3.15 min, decays via β− (beta decay) and neutron emission.
$^{90}$Kr: Half-life is 32.32 s, decays via β− (beta decay).
$^{91}$Kr: Half-life is 8.62 s, decays via β− (beta decay) and neutron emission.
$^{92}$Kr: Half-life is 1.84 s, decays via β− (beta decay) and neutron emission.
$^{93}$Kr: Half-life is 1.286 s, decays via β− (beta decay) and neutron emission.
$^{94}$Kr: Half-life is 210 ms, decays via β− (beta decay) and neutron emission.
$^{95}$Kr: Half-life is 850 ms, decays via β− (beta decay) and neutron emission.
$^{96}$Kr: Half-life is 230 ms, decays via β− (beta decay) and neutron emission.
$^{97}$Kr: Half-life is 115 ms, decays via β− (beta decay) and neutron emission.
$^{98}$Kr: Half-life is 80 ms, decays via β− (beta decay) and neutron emission.
$^{99}$Kr: Half-life is 50 ms, decays via β− (beta decay) and neutron emission.
$^{100}$Kr: Half-life is 140 ms, decays via β− (beta decay) and neutron emission.
Rubidium (Rb)
Atomic Number: 37
Symbol: Rb
Isotopes:
$^{71}$Rb: Half-life is < 25 ns, decays via proton emission.
$^{72}$Rb: Half-life is < 1.1 x 10−21 s, decays via proton emission.
$^{73}$Rb: Half-life is < 30 ns, decays via proton emission.
$^{74}$Rb: Half-life is 64.9 ms, decays via β+ (positron emission) and proton emission.
$^{75}$Rb: Half-life is 19 s, decays via β+ (positron emission).
$^{76}$Rb: Half-life is 36.5 s, decays via β+ (positron emission).
$^{77}$Rb: Half-life is 3.9 min, decays via β+ (positron emission).
$^{78}$Rb: Half-life is 17.66 min, decays via β+ (positron emission).
$^{79}$Rb: Half-life is 22.9 min, decays via β+ (positron emission).
$^{80}$Rb: Half-life is 33.4 s, decays via β+ (positron emission).
$^{81}$Rb: Half-life is 4.57 h, decays via β+ (positron emission) and electron capture.
$^{82}$Rb: Half-life is 1.273 min, decays via β+ (positron emission) and electron capture.
$^{83}$Rb: Half-life is 86.2 d, decays via electron capture.
$^{84}$Rb: Half-life is 32.8 d, decays via β+ (positron emission) and electron capture.
$^{85}$Rb: Stable.
$^{86}$Rb: Half-life is 18.65 d, decays via β− (beta decay).
$^{87}$Rb: Half-life is 4.924 x 1010 y, decays via β− (beta decay).
$^{88}$Rb: Half-life is 17.8 min, decays via β− (beta decay).
$^{89}$Rb: Half-life is 15.15 min, decays via β− (beta decay).
$^{90}$Rb: Half-life is 158 s, decays via β− (beta decay) and neutron emission.
$^{91}$Rb: Half-life is 58.4 s, decays via β− (beta decay) and neutron emission.
$^{92}$Rb: Half-life is 4.49 s, decays via β− (beta decay) and neutron emission.
$^{93}$Rb: Half-life is 5.84 s, decays via β− (beta decay) and neutron emission.
$^{94}$Rb: Half-life is 2.70 s, decays via β− (beta decay) and neutron emission.
$^{95}$Rb: Half-life is 377.6 ms, decays via β− (beta decay) and neutron emission.
$^{96}$Rb: Half-life is 202 ms, decays via β− (beta decay) and neutron emission.
$^{97}$Rb: Half-life is 170 ms, decays via β− (beta decay) and neutron emission.
$^{98}$Rb: Half-life is 114 ms, decays via β− (beta decay) and neutron emission.
$^{99}$Rb: Half-life is 50.3 ms, decays via β− (beta decay) and neutron emission.
$^{100}$Rb: Half-life is 29 ms, decays via β− (beta decay) and neutron emission.
$^{101}$Rb: Half-life is 25 ms, decays via β− (beta decay) and neutron emission.
$^{102}$Rb: Half-life is 20 ms, decays via β− (beta decay) and neutron emission.
Strontium (Sr)
Atomic Number: 38
Symbol: Sr
Isotopes:
$^{74}$Sr: Half-life is 25 ms, decays via proton emission and β+ (positron emission).
$^{75}$Sr: Half-life is 88.4 ms, decays via proton emission and β+ (positron emission).
$^{76}$Sr: Half-life is 3.29 s, decays via β+ (positron emission).
$^{77}$Sr: Half-life is 9.4 s, decays via β+ (positron emission).
$^{78}$Sr: Half-life is 1.8 min, decays via β+ (positron emission).
$^{79}$Sr: Half-life is 2.26 min, decays via β+ (positron emission).
$^{80}$Sr: Half-life is 106.3 min, decays via β+ (positron emission).
$^{81}$Sr: Half-life is 22.3 min, decays via β+ (positron emission) and electron capture.
$^{82}$Sr: Half-life is 25.55 d, decays via electron capture.
$^{83}$Sr: Half-life is 32.41 h, decays via β+ (positron emission) and electron capture.
$^{84}$Sr: Stable.1
$^{85}$Sr: Half-life is 64.853 d, decays via electron capture.
$^{86}$Sr: Stable.2
$^{87}$Sr: Stable.
$^{88}$Sr: Stable.
$^{89}$Sr: Half-life is 50.53 d, decays via β− (beta decay).
$^{90}$Sr: Half-life is 28.90 y, decays via β− (beta decay).
$^{91}$Sr: Half-life is 9.63 h, decays via β− (beta decay).
$^{92}$Sr: Half-life is 2.70 h, decays via β− (beta decay).
$^{93}$Sr: Half-life is 7.427 min, decays via β− (beta decay) and neutron emission.
$^{94}$Sr: Half-life is 1.25 min, decays via β− (beta decay) and neutron emission.
$^{95}$Sr: Half-life is 23.90 s, decays via β− (beta decay) and neutron emission.
$^{96}$Sr: Half-life is 1.072 s, decays via β− (beta decay) and neutron emission.
$^{97}$Sr: Half-life is 429 ms, decays via β− (beta decay) and neutron emission.
$^{98}$Sr: Half-life is 315 ms, decays via β− (beta decay) and neutron emission.
$^{99}$Sr: Half-life is 269 ms, decays via β− (beta decay) and neutron emission.
$^{100}$Sr: Half-life is 193 ms, decays via β− (beta decay) and neutron emission.
$^{101}$Sr: Half-life is 118 ms, decays via β− (beta decay) and neutron emission.
$^{102}$Sr: Half-life is 69 ms, decays via β− (beta decay) and neutron emission.
$^{103}$Sr: Half-life is < 120 ns, decays via β− (beta decay) and neutron emission.
Yttrium (Y)
Atomic Number: 39
Symbol: Y
Isotopes:
$^{76}$Y: Half-life is 50 ns, decays via proton emission.
$^{77}$Y: Half-life is 14 ms, decays via β+ (positron emission) and proton emission.
$^{78}$Y: Half-life is 54 ms, decays via β+ (positron emission) and proton emission.
$^{79}$Y: Half-life is 14.2 s, decays via β+ (positron emission).
$^{80}$Y: Half-life is 34 s, decays via β+ (positron emission).
$^{81}$Y: Half-life is 70.4 s, decays via β+ (positron emission).
$^{82}$Y: Half-life is 8.3 s, decays via β+ (positron emission).
$^{83}$Y: Half-life is 20.1 min, decays via β+ (positron emission).
$^{84}$Y: Half-life is 4.6 s, decays via β+ (positron emission).
$^{85}$Y: Half-life is 2.68 h, decays via β+ (positron emission).
$^{86}$Y: Half-life is 14.74 h, decays via β+ (positron emission) and electron capture.
$^{87}$Y: Half-life is 79.8 h, decays via electron capture.
$^{88}$Y: Half-life is 106.65 d, decays via electron capture.
$^{89}$Y: Stable.
$^{90}$Y: Half-life is 64.0 h, decays via β− (beta decay).
$^{91}$Y: Half-life is 58.51 d, decays via β− (beta decay).
$^{92}$Y: Half-life is 3.54 h, decays via β− (beta decay).
$^{93}$Y: Half-life is 10.18 h, decays via β− (beta decay).
$^{94}$Y: Half-life is 20.5 s, decays via β− (beta decay).
$^{95}$Y: Half-life is 10.3 s, decays via β− (beta decay) and neutron emission.
$^{96}$Y: Half-life is 5.34 s, decays via β− (beta decay) and neutron emission.
$^{97}$Y: Half-life is 3.75 s, decays via β− (beta decay) and neutron emission.
$^{98}$Y: Half-life is 1.15 s, decays via β− (beta decay) and neutron emission.
$^{99}$Y: Half-life is 1.47 s, decays via β− (beta decay) and neutron emission.
$^{100}$Y: Half-life is 735 ms, decays via β− (beta decay) and neutron emission.
$^{101}$Y: Half-life is 550 ms, decays via β− (beta decay) and neutron emission.
$^{102}$Y: Half-life is 360 ms, decays via β− (beta decay) and neutron emission.
$^{103}$Y: Half-life is 224 ms, decays via β− (beta decay) and neutron emission.
$^{104}$Y: Half-life is 170 ms, decays via β− (beta decay) and neutron emission.
$^{105}$Y: Half-life is 120 ms, decays via β− (beta decay) and neutron emission.
$^{106}$Y: Half-life is 80 ms, decays via β− (beta decay) and neutron emission.
Zirconium (Zr)
Atomic Number: 40
Symbol: Zr
Isotopes:
$^{78}$Zr: Half-life is 18 ms, decays via β+ (positron emission).
$^{79}$Zr: Half-life is 200 ms, decays via β+ (positron emission).
$^{80}$Zr: Half-life is 250 ms, decays via β+ (positron emission).
$^{81}$Zr: Half-life is 580 ms, decays via β+ (positron emission).
$^{82}$Zr: Half-life is 1.9 min, decays via β+ (positron emission).
$^{83}$Zr: Half-life is 41.6 min, decays via β+ (positron emission).
$^{84}$Zr: Half-life is 26.0 min, decays via β+ (positron emission).
$^{85}$Zr: Half-life is 7.86 min, decays via β+ (positron emission) and electron capture.
$^{86}$Zr: Half-life is 16.5 h, decays via β+ (positron emission).
$^{87}$Zr: Half-life is 1.69 h, decays via β+ (positron emission) and electron capture.
$^{88}$Zr: Half-life is 83.4 d, decays via electron capture.
$^{89}$Zr: Half-life is 78.41 h, decays via β+ (positron emission) and electron capture.
$^{90}$Zr: Stable.
$^{91}$Zr: Stable.
$^{92}$Zr: Stable.
$^{93}$Zr: Half-life is 1.53 x 106 y, decays via β− (beta decay).
$^{94}$Zr: Stable.
$^{95}$Zr: Half-life is 64.032 d, decays via β− (beta decay).
$^{96}$Zr: Stable.
$^{97}$Zr: Half-life is 16.9 h, decays via β− (beta decay).
$^{98}$Zr: Half-life is 30.7 s, decays via β− (beta decay).
$^{99}$Zr: Half-life is 2.1 s, decays via β− (beta decay) and neutron emission.
$^{100}$Zr: Half-life is 6.6 s, decays via β− (beta decay) and neutron emission.
$^{101}$Zr: Half-life is 1.2 s, decays via β− (beta decay) and neutron emission.
$^{102}$Zr: Half-life is 480 ms, decays via β− (beta decay) and neutron emission.
$^{103}$Zr: Half-life is 180 ms, decays via β− (beta decay) and neutron emission.
$^{104}$Zr: Half-life is 110 ms, decays via β− (beta decay) and neutron emission.
$^{105}$Zr: Half-life is < 260 ns, decays via β− (beta decay) and neutron emission.
