Potentilla hippiana (cinquefoil)

Local Knowledge Graph (Top 72 entities)

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Knowledge graph centered on Potentilla hippiana with 72 nodes and 228 connections. Top connected: Rocky Mountain Biological Laboratory, Gothic, Subalpine meadow flowering phenology responses to , Delphinium, Bombus.

Publications (17)

student_paper

Alpine plants of Mt. Baldy: modeling phenology and documenting biodiversity

2025Role: text_match

article

Demographic responses of hybridizing cinquefoils to changing climate in the Colorado Rocky Mountains

2023Ecology and EvolutionRole: study subject

article

Effects of an introduced mustard, Thlaspi arvense, on soil fungal communities in subalpine meadows

2022Fungal EcologyRole: native vegetation

article

Temporal flexibility in the structure of plant–pollinator interaction networks

2020OikosRole: text_match

student_paper

Effects of Climate Changes on Ecologically Important Bees and Flowers

2017Role: important flower species

thesis

Productivity of Montane Meadows in a Warming World: Evidence from an Elevation Gradient and a Warming Experiment

2016Role: text_match

thesis

Productivity of Montane Meadows in a Warming World: Evidence from an Elevation Gradient and a Warming Experiment

2016Role: study subject

thesis

Temporal ecology of a subalpine ecosystem: Plant communities, plant-pollinator interactions, & climate change.

Documents (1)

environmental assessment

Vegetation Appendix Materials for Vegetation and Wildlife Studies for the Mount Emmons Project

Co-occurring Species

Potentilla hippiana

Local Knowledge Graph (Top 72 entities)

Publications (17)

Alpine plants of Mt. Baldy: modeling phenology and documenting biodiversity

Demographic responses of hybridizing cinquefoils to changing climate in the Colorado Rocky Mountains

Effects of an introduced mustard, Thlaspi arvense, on soil fungal communities in subalpine meadows

Temporal flexibility in the structure of plant–pollinator interaction networks

Effects of Climate Changes on Ecologically Important Bees and Flowers

Productivity of Montane Meadows in a Warming World: Evidence from an Elevation Gradient and a Warming Experiment

Productivity of Montane Meadows in a Warming World: Evidence from an Elevation Gradient and a Warming Experiment

Temporal ecology of a subalpine ecosystem: Plant communities, plant-pollinator interactions, & climate change.

Documents (1)

Vegetation Appendix Materials for Vegetation and Wildlife Studies for the Mount Emmons Project

Co-occurring Species

Potentilla

Helianthella quinquenervis

Erigeron

Erigeron speciosus

Helianthella

Artemisia tridentata

Potentilla pulcherrima

Delphinium

Eriogonum

Lathyrus lanszwertii var. leucanthus

The Changing Floral Color Landscape Across an Alpine Elevation Gradient

Plant Successional Changes Over 67 Years on the Gothic Earthflow.

An examination of synchrony between insect emergence and flowering in Rocky Mountain meadows

Spatial distribution of mule deer (<i>Odocoileus hemionus</i>): Effects of plant palatability and habitat structure

The effects of hemiparasitism by <i> Castilleja</i> spp on community structure in alpine ecosystems

Plant–Pollinator interactions in a changing climate

Response of plant pathogens and herbivores to a warming experiment

Subalpine meadow flowering phenology responses to climate change: integrating experimental and gradient methods

Plant responses to experimental warming in a montane meadow