Table 1.
The number of linear relationships between ln[CF3H] and ln[CF14C] against time (N=8 for each species and each time point) that were statistically significant (P<0.05) by linear regression
![The number of linear relationships between ln[CF3H] and ln[CF14C] against time (N=8 for each species and each time point) that were statistically significant (P<0.05) by linear regression](https://cob.silverchair-cdn.com/cob/content_public/journal/jeb/216/9/10.1242_jeb.075176/6/m_1537tbl1.jpeg?Expires=1717077139&Signature=DYoWdZZD~hI63ikBsL-vcQK8pYZcyJ~J7JO1YJi1R3qJxE31R-EARHSTGHCfQDmGx8FcDhZ01lCbF3c04~6ojpmFAaXMIQ15f~eEXOcgkgSlZmSzJvpCOFKPrXeW5w20JZpEl04THI1DDfJcjjxz2AsmHs9RYtxZGsUzdaH~mo~gTAsAVsT6SFLBQf~C9XXP6NjJ5Dr1FNkxfz-b3i6~FR1onjb1AD2aipsnOuUOhDSwuEC0t46ZXfY4TJEXovv1VbxFEgmMPmiaY5PCbTs7nhVqSw8sl8GFdrivX5tFwQr3HWNI86jnbjqoJJWrdOcKtJk56NTRyR2FflkMe8BfhQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
The number of linear relationships between ln[CF3H] and ln[CF14C] against time (N=8 for each species and each time point) that were statistically significant (P<0.05) by linear regression