Lemma 67.35.2. Let $S$ be a scheme. Let $f : X \to Y$ be a morphism of algebraic spaces over $S$. Assume $Y$ is locally Noetherian and $f$ is locally of finite type. Then
\[ \dim (X) \leq \dim (Y) + E \]
where $E$ is the supremum of the transcendence degrees of $\xi /f(\xi )$ where $\xi $ runs through the points at which the local ring of $X$ has dimension $0$.
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