aquatic-plants
Aquatic plants, or hydrophytes, are vascular and non-vascular plants specially adapted to thrive in water-saturated or fully submerged environments. Studying these plants offers unique insights into plant adaptation strategies, including specialized root systems, aerenchyma tissue for gas exchange, and modified leaf structures that allow survival with limited light and oxygen. Understanding hydrophyte biology has broad implications for wetland ecology, water quality research, and the evolutionary pathways that enabled terrestrial plant lineages to recolonize aquatic habitats.
open_in_new WikipediaWater lilies illuminate angiosperm evolution and inspire crop improvement.
The lotus-like plant floating in your botanical garden pond holds genetic secrets that researcher...
Floating filters of nature: exploring the potential of aquatic plan...
Microplastics from your garden runoff, local parks, and stormwater drains end up in rivers and ev...
First integrated in vitro regeneration protocol for the endangered ...
Rare aquatic plants like this one quietly anchor the ecosystems of ponds and wetlands you might v...
Targeted multiplex gene knockouts in Lemna minor using CRISPR/Cas9.
Duckweed — the green film you see floating on ponds — could soon be engineered to grow the protei...
Assessment of Heavy Metal Contamination, Human Health Risks and Phy...
Lotus plants grown in polluted ponds — including ornamental water gardens — can accumulate toxic ...
Strain, procedures, and tools for reproducible genetic transformati...
Duckweed grows explosively fast on water surfaces you've seen in ponds and lakes, and now that sc...
Duckweed biomanufacturing: longstanding promise, decade-long lag, r...
Those green mats carpeting your neighborhood pond could one day grow the vaccines and antibodies ...
Aquatic plants.
The pond, marsh, or stream near your favorite walking trail depends on aquatic plants to stay cle...
Trophic Diversity in Duckweed: Mixotrophy, More Than the Sum of its...
Those bright-green mats coating your local pond aren't just soaking up sun — they're also quietly...
Transcriptomic insights into nitrogen-regulated cadmium absorption ...
That humble mat of tiny floating plants covering your local pond could be engineered into a livin...
Microbial community restructuring and transcriptional responses to ...
Waterways near old industrial sites and roads often carry invisible lead contamination that ends ...
Ex-situ growth protocol for the invasive macrophyte Pontederia crassipes.
If water hyacinth ever shows up in a pond near you, it can double its coverage in two weeks and c...
A stress hormone cuts cadmium uptake in aquarium plants by 64%
The submerged plants quietly filtering heavy metals from contaminated ponds and ditches near you ...
Phylogenomic and evolutionary analysis of arrowhead (<i>Sagit...
Arrowhead plants — grown as a starchy food crop across Asia and as ornamentals in backyard water ...
Evaluating and screening the dosage-dependent bioremediation effici...
Algae and salt-tolerant plants growing in coastal ponds or runoff channels could naturally strip ...
Heterophyllous plants reorganize plant trait coordination between f...
Water lilies and arrowhead plants in your local pond or water garden are quietly running two comp...
High-value biochar from sunflower husk pyrolysis enhances growth an...
That pile of sunflower seed shells left after harvest could become a soil amendment that feeds yo...
