Wetland Knowledge Resources

Summary Large-scale gene duplications (LSGDs) are crucial for evolutionary adaptation and recurrent in vascular plants. However, the role of ancient LSGDs in the terrestrialization and diversification...

Equatorial Asia, which includes Indonesia, Malaysia, Singapore, and Brunei, developed coastal tropical peatlands, following the last glacial maximum. Recent human activities, especially the...

Highway runoffs introduce numerous traffic-related pollutants – such as heavy metals, suspended solids and different kinds of hydrocarbons – into surface waters, thus endangering environmental health...

The paper presents a new high-resolution (up to decadal) palaeoecological evidence based on detailed AMS radiocarbon dating, plant macrofossils, testate amoebae, loss on ignition, peat humification...

Wetland restoration work is crucial for ecosystem development, and how to scientifically evaluate wetland restoration programmes is the key to improve the effectiveness of wetland restoration. In...

The replacement of farmland by native hygro-plants is increasingly common globally within the context of wetland ecosystem restoration. Understanding the long-term effects of this replacement on the...

Peatlands represent vital carbon reserves; however, once ignited, they release stored carbon, inflicting lasting environmental harm and necessitating prolonged recovery periods. An innovative method...

Drainage intensity and forest management in peatlands affect carbon dioxide (CO2) emissions to the atmosphere and export of dissolved organic carbon (DOC) to water courses. The peatland carbon (C)...

Peatland carbon accumulation plays a vital role in the global carbon pool and climate change dynamics. However, understanding how peatland carbon accumulation responds to climate change is challenging...

In this edition you will learn about: Changing water levels in restored peatlands Assessing ecosystem services of prairie pothole wetlands Empowering indigenous resilience with treatment wetlands...