Litter seepage as a key pathway shaping soil nutrient stoichiometry in urban forests: The influence of species identity and time

Name: Litter seepage as a key pathway shaping soil nutrient stoichiometry in urban forests: The influence of species identity and time
Creator: Lujie Yang
Published: 2026-02-04T20:39:03.487Z
Keywords: Soil, Stoichiometry, Litter

Yang, Lujie

doi:10.17632/fghsnym9ms.1

Litter seepage as a key pathway shaping soil nutrient stoichiometry in urban forests: The influence of species identity and time

Published: 4 February 2026| Version 1 | DOI: 10.17632/fghsnym9ms.1

Contributor:

Lujie Yang

Description

Litter seepage as a key pathway shaping soil nutrient stoichiometry in urban forests: The influence of species identity and time

Litter seepage as a key pathway shaping soil nutrient stoichiometry in urban forests: The influence of species identity and time

Description

Files

Categories

Licence