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Kester McCullough

university of wisconsin madison

H指数:8

被引数:150

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Artificial intelligence-assisted phenotypic monitoring and diagnostic of wastewater microbiome management towards sustainability

人工智能辅助的废水微生物组管理的表型监测与诊断，以实现可持续性

IF12.4

2026-08-040

PRE

Metagenomes and metagenome-assembled genomes from microbial communities in a biological nutrient removal plant operated at Hamptons Road Sanitation District (HRSD) with high and low dissolved oxygen conditions

来自Hamptons Road Sanitation District (HRSD)生物脱氮除磷厂高溶解氧和低溶解氧条件下微生物群落的原核基因组及组装基因组

Microbiology Resource Announcements

IF0.6

2026-06-090

PRE

Ammonia oxidizer adaptation to low dissolved oxygen concentrations for biological nutrient removal – a review on oxygen affinity; dual-substrate limitation; and decay

氨氧化菌对低溶解氧浓度的适应用于生物脱氮——关于氧气亲和力、双底物限制及衰减的综述

Environ. Sci.: Water Res. Technol.

IF0

2026-03-060

OAAI

Molecular evidence of internal carbon-driven partial denitrification in a mainstream pilot A-B system coupled with side-stream EBPR treating municipal wastewater

主流中试a-b系统中内部碳驱动的部分反硝化与侧流EBPR处理城市废水的分子证据

IF12.4

2024-11-010

PRE

Comammox and unknown ammonia oxidizers contribute to nitrite accumulation in an integrated A-B stage process that incorporates side-stream EBPR (S2EBPR)

IF12.4

2024-04-013

PRE

Revisiting the role of Acinetobacter spp. in side-stream enhanced biological phosphorus removal (S2EBPR) systems

IF12.4

2024-03-014

PRE

Side-Stream Enhanced Biological Phosphorus Removal (S2EBPR) enables effective phosphorus removal in a pilot-scale A-B stage shortcut nitrogen removal system for mainstream municipal wastewater treatment

IF12.4

2024-03-016

PRE

Advancing the understanding of mainstream shortcut nitrogen removal: resource efficiency, carbon redirection, and plant capacity

ENVIRONMENTAL SCIENCE-WATER RESEARCH & TECHNOLOGY

IF3.1

2022-01-0111

OA