Table 1: Anisotropy function $h^{\rm A}$ for Alfvén waves and for s=5/3.
$1 \over 2$ Anisotropy parameter $\Lambda$ $h_{\rm ana}^{\rm A}(\Lambda,s=5/3)$ $h_{\rm num}^{\rm A}(\Lambda,s=5/3)$

$1 \over 2$ ${\Lambda \ll 1}$ $0.443 \cdot \Lambda^{(s+1)/2}$ $0.470 \cdot \Lambda^{(s+1)/2}$

$1 \over 2$ ${\Lambda = 1}$ 0.204 0.077

$1 \over 2$ $\Lambda \gg 1$ 0.327 0.327

**Table 1:** Anisotropy function $h^{\rm A}$ for Alfvén waves and for s=5/3.
$1 \over 2$ Anisotropy parameter $\Lambda$	$h_{\rm ana}^{\rm A}(\Lambda,s=5/3)$	$h_{\rm num}^{\rm A}(\Lambda,s=5/3)$
$1 \over 2$ ${\Lambda \ll 1}$	$0.443 \cdot \Lambda^{(s+1)/2}$	$0.470 \cdot \Lambda^{(s+1)/2}$
$1 \over 2$ ${\Lambda = 1}$	0.204	0.077
$1 \over 2$ $\Lambda \gg 1$	0.327	0.327

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