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Flora

Flora encompasses the total assemblage of plant species present in a specific geographic region or during a particular geological period, including their diversity, distribution, and ecological interactions.^[1] The term is also used for a book or other work that describes the plant species of a particular region or period.^[2] Derived from the Latin word for the Roman goddess of flowers, it primarily denotes naturally occurring native vegetation but can also include introduced or cultivated plants in broader contexts.^[3] In ecological terms, flora forms the foundational layer of ecosystems, supporting biodiversity by providing habitat, food sources, and structural complexity for other organisms.^[4] Key classifications of flora distinguish between native flora, which consists of indigenous plant species adapted over long periods to local conditions, and non-native or introduced flora, often brought by human activity and potentially altering ecosystems as invasive species.^[1] Native flora is particularly vital for maintaining soil stability, preventing erosion, and enhancing water retention in watersheds, thereby contributing to sustainable environmental health.^[5] For instance, in forest and grassland systems, flora influences hydrologic cycles, nutrient cycling, and serves as the primary basis for food webs that sustain wildlife and human communities.^[4] The study of flora, known as floristics, documents plant inventories through field surveys and herbaria, aiding in conservation efforts amid threats like habitat loss and climate change.^[6] Flora's ecological importance extends to carbon sequestration and oxygen production, with vascular plants—such as those in the divisions Pteridophyta, gymnosperms, and angiosperms—playing dominant roles in global biomass.^[7] Preservation of diverse flora is essential for resilience against environmental disturbances, as pioneer species within flora facilitate ecological recovery post-disaster by stabilizing soils and initiating succession.^[8]

Linguistic and Historical Origins

Etymology

The term "flora" originates from the Latin name Flora, referring to the Roman goddess of flowers and spring, who personified the blooming of vegetation and fertility.^[9]^[3] As an ancient deity, Flora was honored through the Floralia festival, established around 240–238 BCE upon the dedication of her temple in Rome on April 28, to invoke her protection over blossoms, crops, and the renewal of plant life after winter.^[10]^[11] By the 16th and 17th centuries, "flora" began transitioning from its mythological connotation to a descriptive term in botanical literature, denoting the collective plant species or assemblages in a specific region or period.^[9] This shift marked the word's adoption in scientific contexts, with Swedish botanist Carl Linnaeus exemplifying its early use in his 1737 publication Flora Lapponica, a systematic catalog of plants observed during his 1732 expedition to Lapland.^[12]^[13] Parallel to "flora," the term "fauna" emerged in the 18th century as a counterpart for animal life, derived from Fauna, the Roman goddess of fertility, wildlife, and the earth, who was often depicted as the sister or wife of the woodland god Faunus, and popularized by Linnaeus in his 1746 publication Fauna Suecica.^[14]^[15] This pairing of terms, both rooted in Roman deities, facilitated a balanced nomenclature for describing biodiversity in natural history.^[15]

Mythological Background

In Roman mythology, Flora was revered as the goddess of flowers, fertility, and vegetation, embodying the vitality of spring and the blossoming of plants essential to agricultural prosperity. Her worship was particularly prominent in rural and urban settings, where she was invoked to ensure bountiful harvests and the renewal of life. A temple dedicated to Flora stood on the Quirinal Hill in Rome, constructed around 238 BCE following a severe drought that threatened crops; this sanctuary, likely built upon an earlier Sabine altar attributed to King Titus Tatius, served as the focal point for her cult and highlighted her role in averting agricultural crises. The annual Floralia festival, held from April 28 to May 3, featured theatrical performances, games, and rituals involving colorful attire and floral offerings, all aimed at promoting fertility and warding off crop failure, as decreed by the Roman Senate in response to such threats.^[16]^[17] Key myths surrounding Flora draw from ancient sources, portraying her as a transformed nymph named Chloris who was pursued and wed by Zephyrus, the gentle west wind god also known as Favonius. According to Ovid's Fasti, Chloris recounts how Zephyrus, inflamed by desire, captured her in a violent act but later compensated her by granting eternal spring in a perpetual garden, elevating her to the status of Flora, queen of flowers; she used her powers to create blooms from spilled blood, such as the hyacinth from Hyacinthus and the narcissus from Narcissus. Flora was also associated with Venus, the goddess of love, through shared themes of generative beauty and fertility, with some traditions viewing her as an aspect or companion of Venus in promoting life's reproductive cycles. These narratives, detailed in Ovid's Fasti (Book 5, lines 195–274), underscore Flora's dominion over blossoming and her integral connection to natural and amorous renewal.^[17]^[18] During the Renaissance, Flora's mythological persona profoundly influenced art and literature, symbolizing rebirth and the cyclical vitality of nature, which resonated with humanist scholars reviving classical antiquity. Artists like Sandro Botticelli depicted her in works such as Primavera (c. 1482), where she scatters flowers as an emblem of spring's abundance, drawing directly from Ovidian sources to evoke themes of fertility and harmony. In literature, poets like Angelo Poliziano echoed these motifs in verses celebrating floral renewal, fostering a cultural reverence for botany that contributed to the adoption of "Flora" as a term for plant assemblages in scientific nomenclature by the 16th century, as seen in early herbals like those of Otto Brunfels. This artistic and literary legacy bridged ancient mythology with emerging botanical studies, embedding Flora's symbolism in the foundations of modern taxonomy.

Biological Definition and Scope

Core Definition

In botany, flora refers to the plant species present in a particular geographic region, time period, or habitat.^[19] This collective typically encompasses vascular plants and bryophytes but excludes fungi and algae, which are classified separately in modern taxonomy unless explicitly included in broader ecological surveys.^[20] Flora is distinct from vegetation, which describes the physical structure, arrangement, and community dynamics of plant life in an area rather than merely the species composition.^[21] While flora focuses on the catalog of species present or absent, vegetation emphasizes spatial distribution, abundance, and interactions, such as layered canopies in a forest ecosystem. In contrast, fauna denotes the collective animal life in the same context, highlighting the complementary roles of plants and animals in biodiversity studies.^[21] The concept of flora was historically formalized in botany through the systematic works of Carl Linnaeus in the 18th century, who pioneered detailed, region-specific inventories that standardized taxonomic descriptions and binomial nomenclature for plants. Linnaeus's publications, such as Flora Suecica (1745), provided comprehensive enumerations of Swedish plant species, laying the foundation for modern floristic studies by integrating observation, classification, and geographic context.^[22]

Types and Scales

Flora can be categorized by spatial scale, ranging from localized assemblages to comprehensive global inventories, with the scope influencing the depth and methodology of botanical studies. Local floras typically describe plant communities within confined areas, such as urban environments or small islands, where detailed inventories are feasible due to limited geographic extent. For instance, the flora of Manhattan Island, New York, historically included approximately 50% of New York City's native plants, with current urban estimates encompassing around 1,250 spontaneously occurring species, many adapted to fragmented habitats like parks and sidewalks.^[23]^[24] Island floras, such as those on isolated landmasses, often exhibit high endemism and are studied for evolutionary patterns, but their small scale allows for exhaustive species lists that highlight vulnerability to introductions.^[25] In contrast, regional floras encompass larger territories, such as continents or subcontinents, requiring coordinated efforts to map diverse ecosystems and migration patterns. The Flora of North America, covering the region north of Mexico, documents over 20,000 vascular plant species across varied biomes from tundra to deserts, facilitating comparative analyses of distribution and ecology.^[26] These broader scales demand integration of field data, herbarium records, and remote sensing, as the complexity of terrain and climate gradients complicates complete documentation compared to local efforts. At the global level, flora represents the entirety of Earth's plant diversity, with estimates from the World Flora Online indicating 379,950 accepted species of vascular plants as of June 2025.^[27] This scale underscores the planet's botanical richness while highlighting gaps, such as undescribed species, and informs international conservation priorities through collaborative databases. Specialized floras focus on plants adapted to particular environmental conditions, further refining scales by habitat type and often distinguishing between native species—those naturally evolved or dispersed within the region—and introduced species brought by human activity. Aquatic floras, for example, catalog submerged or floating plants in freshwater or marine systems, emphasizing species like water lilies that thrive in wetland edges, with inclusion criteria excluding casual transients. Desert floras highlight drought-resistant succulents and shrubs in arid zones, where native species dominate but introduced grasses pose invasion risks.^[28]^[29] Altitudinal floras track vegetation belts along elevation gradients, from lowland forests to alpine meadows, with diversity peaking at mid-elevations; native perennials are prioritized over introduced opportunists that disrupt zonation.^[30] Such criteria ensure floras reflect ecological authenticity, aiding targeted research on habitat-specific threats.^[28]^[29]

Classification Systems

Temporal Classifications

Temporal classifications of flora categorize plant assemblages based on geological time periods, revealing evolutionary developments, environmental shifts, and human impacts over Earth's history. These classifications help botanists and paleobotanists understand how vegetation has adapted to changing climates, continents, and ecosystems, from ancient fossil records to contemporary landscapes altered by globalization. By examining temporal layers, researchers trace the transition from primitive vascular plants to diverse modern biomes, emphasizing the dynamic nature of plant life in response to temporal pressures.^[31] Paleoflora refers to the ancient plant communities preserved in the fossil record, spanning geological eras and providing insights into prehistoric ecosystems. These assemblages document the evolution of early land plants, such as during the Devonian and Carboniferous periods when vascular plants first dominated terrestrial environments. A prominent example is the Carboniferous coal forests, which flourished approximately 359 to 299 million years ago in swampy, tropical lowlands and were dominated by giant lycophytes (club mosses), ferns, and seed ferns that contributed to vast coal deposits through their decay in anaerobic conditions.^[32] These paleofloras highlight periods of high biodiversity and atmospheric oxygen levels, influencing global carbon cycles and supporting early animal life.^[33] Recent or Holocene flora encompasses plant assemblages from the current geological epoch, beginning about 11,700 years ago following the retreat of the last Ice Age glaciers. This period marks a stabilization of global climates, enabling the expansion of broadleaf forests, grasslands, and tundra in post-glacial landscapes across continents. Anthropogenic influences, particularly the advent of agriculture around 10,000 years ago, profoundly shaped these floras by promoting the cultivation of crops like wheat and rice, which replaced native wild grasses and altered soil compositions in regions such as the Fertile Crescent and East Asia.^[34] Pollen records from lake sediments reveal how early farming practices led to deforestation and the proliferation of weedy species, establishing a human-modified baseline for modern vegetation.^[35] Neoflora designates the subset of contemporary flora comprising species introduced by human activities in the last few centuries, often becoming naturalized or invasive in non-native regions. These introductions, facilitated by trade, colonization, and transport, include plants like the water hyacinth and lantana, which disrupt local ecosystems by outcompeting natives for resources. In Australia, the neoflora is particularly notable for its high proportion of invasives, such as the prickly pear cactus originally brought for agricultural purposes but later requiring biological controls to curb its spread across arid landscapes.^[36] This temporal category underscores the rapid biogeographical changes driven by globalization, with over 3,000 introduced plant species now contributing to Australia's flora, many posing threats to biodiversity and agriculture.^[37]

Regional and Environmental Classifications

Flora is classified into phytogeographic regions based on patterns of plant distribution, endemism, and historical biogeography, providing a framework for understanding global vegetation patterns independent of temporal scales. Armen Takhtajan's system, outlined in his 1986 work Floristic Regions of the World, delineates six primary floristic kingdoms: the Holarctic (encompassing temperate and boreal zones of North America and Eurasia, characterized by shared coniferous forests and deciduous trees), Paleotropical (tropical regions of Africa, Asia, and Oceania with diverse monsoon-adapted species), Neotropical (Central and South America, featuring rainforests and Andean elements), Capensis (southern Africa, noted for sclerophyllous shrubs), Australian (Oceania's unique eucalypt-dominated assemblages), and Antarctic (also known as Holantarctic; southern high-latitude islands and continents with limited, cold-adapted vascular plants).^[38] These kingdoms are further subdivided into regions and provinces based on floristic similarities and barriers like oceans or mountains, reflecting evolutionary divergence over geological time. More recent analyses, such as a 2023 study using phylogenetic data, have updated this framework to eight floristic realms to better account for modern understandings of plant relationships.^[39] Environmental classifications categorize flora by habitat types and ecological niches within these broader regions, emphasizing adaptations to specific abiotic conditions such as elevation, moisture, and soil. Montane flora, for instance, includes species adapted to high-altitude environments like alpine meadows and coniferous forests in the Rocky Mountains or Himalayas, where cold temperatures and short growing seasons favor compact, evergreen growth forms. Riparian flora thrives along watercourses, supporting hydrophilic species such as willows and cottonwoods in temperate zones or mangroves in coastal tropics, creating linear corridors of higher humidity and nutrient availability. Tropical rainforest flora, prevalent in the Paleotropical and Neotropical kingdoms, comprises multilayered canopies with epiphytes and lianas, as seen in the Amazon basin's high-diversity understory. A notable example is the Sonoran Desert flora, dominated by cacti like saguaro (Carnegiea gigantea) and columnar species such as organ pipe cactus (Stenocereus thurberi), adapted to extreme aridity through water-storage tissues and nocturnal photosynthesis. These subtypes highlight how local environmental gradients shape plant assemblages beyond continental scales.^[40]^[41] Within regional classifications, species are distinguished as endemic—restricted to a particular area due to isolation or specialization—or cosmopolitan, with wide distributions facilitated by dispersal and adaptability. Endemic species often define regional uniqueness; for example, the Cape Floristic Region in South Africa, a subregion of the Capensis kingdom, hosts approximately 9,000 vascular plant species, of which 69% are endemic, including proteas (Protea spp.) and restios (Restionaceae), concentrated in fynbos vegetation adapted to nutrient-poor, fire-prone soils. This hotspot exemplifies how endemism correlates with habitat specificity, contrasting with cosmopolitan taxa like grasses (Poaceae) that span multiple kingdoms. Such distinctions aid in mapping biodiversity priorities and tracing phylogenetic histories.^[42]^[43]^[44]

Documentation and Research Methods

Floras as Publications

Floras as systematic publications represent comprehensive inventories of plant species within defined geographic regions or time periods, serving primarily as identification aids and references for botanists, ecologists, and conservationists. These works enumerate vascular plants, often including ferns, gymnosperms, and angiosperms, with detailed taxonomic treatments to facilitate species recognition and understanding of biodiversity patterns.^[45]^[46] The tradition of floristic publications dates back to the 18th century, with one of the earliest examples being Flora Danica, proposed by Georg Christian Oeder in 1753 and published in fascicles from 1761 to 1883, documenting the flora of Denmark and Norway through detailed illustrations and descriptions. This multi-volume work, spanning over a century, exemplified the labor-intensive nature of early floristic efforts, involving multiple contributors and focusing on native plants with copper-plate engravings. In the modern era, projects like the Flora of China, initiated in 1994 by the Science Press in Beijing in collaboration with the Missouri Botanical Garden, continue this legacy; it comprises 25 volumes covering approximately 31,000 vascular plant species across China, with English and Chinese editions to support global accessibility.^[47] Standard components of floristic publications include dichotomous taxonomic keys for identification, detailed species descriptions encompassing morphology, habitat summaries, geographic distributions, and often chromosome numbers or phenological notes. Accepted scientific names are accompanied by literature citations, selected synonyms, and economic or conservation status information, while illustrations—ranging from line drawings to photographs—enhance visual identification. Many contemporary floras adhere to the Angiosperm Phylogeny Group IV (APG IV) classification system, which organizes flowering plants into 64 orders and 416 families based on molecular phylogenetic evidence, ensuring consistency in family circumscriptions and higher-level taxonomy.^[45]^[48] The digital evolution of floras has transformed these publications from printed volumes to interactive databases, enabling broader dissemination and integration of data. Platforms like the Global Biodiversity Information Facility (GBIF) aggregate occurrence records from various floristic sources, providing open-access tools for mapping distributions, analyzing trends, and supporting research through APIs and downloadable datasets exceeding billions of records. Electronic floras, such as those developed by the New York Botanical Garden, incorporate hyperlinked keys, digitized specimens, and multimedia, allowing real-time updates and global collaboration while preserving the core purpose of systematic documentation.^[49]^[50]

Field and Technological Documentation

Field and technological documentation of flora encompasses a range of methods for surveying, collecting, and analyzing plant diversity to build comprehensive records of species distribution, abundance, and characteristics. Traditional field methods form the foundation of these efforts, providing direct, on-the-ground data essential for accurate identification and inventory. Quadrat sampling involves placing a defined square frame, typically 1 m², randomly within a study area to record the presence, abundance, and cover of plant species inside it, allowing for quantitative estimates of vegetation composition. Transect surveys complement this by establishing linear paths across habitats, where observers note species along or within a belt of fixed width, enabling assessment of changes in flora across gradients such as elevation or soil type. Herbarium specimen collection, a longstanding practice, requires gathering representative plant parts—ideally including flowers, fruits, and leaves—pressing them between sheets of absorbent paper, and drying them under controlled conditions to preserve morphology for long-term study and verification. The Royal Botanic Gardens, Kew, outlines standardized protocols for such collections, emphasizing the inclusion of habitat notes, collection dates, and locality details on labels to ensure specimens contribute meaningfully to global databases.^[51]^[52]^[53] Advancements in technology have enhanced the efficiency and scope of flora documentation, integrating molecular, remote, and computational approaches. DNA barcoding employs short, standardized genetic sequences—such as the chloroplast genes rbcL and matK—to identify plant species rapidly, particularly useful for distinguishing cryptic taxa that are morphologically similar; this method has been validated in numerous reviews for its accuracy in taxonomic assessments. Remote sensing via satellites like Landsat utilizes multispectral imagery to map vegetation cover and detect changes in flora distribution over large areas, with the Normalized Difference Vegetation Index (NDVI) quantifying greenness and biomass to support regional inventories. AI-driven image recognition, as implemented in apps like iNaturalist, analyzes user-submitted photographs against vast databases of labeled images, providing probabilistic species identifications and facilitating crowdsourced data collection that supplements traditional surveys.^[54]^[55] Despite these innovations, challenges persist in flora documentation, particularly in understudied regions like the tropics, where access difficulties, vast biodiversity, and limited funding hinder comprehensive surveys. Globally, estimates indicate that over 60,000 plant species remain undescribed, representing about 15% of the total vascular plant diversity, with tropical areas harboring a disproportionately high proportion of these undocumented taxa, particularly in biodiversity hotspots—underscoring the urgency for intensified efforts to catalog this hidden flora before habitat loss obscures it further. A 2024 study identified 33 global plant diversity 'darkspots' where undescribed species are concentrated, with 44% in tropical regions.^[56]^[57]

Ecological Significance and Conservation

Role in Ecosystems

Flora functions as the foundational primary producers in most ecosystems, harnessing sunlight through photosynthesis to synthesize organic compounds from carbon dioxide and water, thereby forming the base of food webs that support all higher trophic levels. This process not only captures atmospheric carbon but also releases oxygen as a byproduct, sustaining aerobic respiration across terrestrial and aquatic environments. Terrestrial vegetation, dominated by forests and other plant communities, accounts for approximately 28-30% of global oxygen production, complementing the majority contributed by marine phytoplankton.^[58] Beyond energy provision, flora plays a critical role in habitat creation and soil stabilization, offering structural support and microenvironments that enhance biodiversity and prevent land degradation. Plant root systems anchor soil particles, reducing erosion rates by up to 90% in vegetated areas compared to bare ground, particularly in sloping terrains where they mitigate landslides and sediment runoff into waterways. In coastal ecosystems, mangrove floras exemplify this function, with their extensive prop roots and pneumatophores trapping sediments and dissipating wave energy, thereby protecting shorelines from erosion and storm surges while fostering habitats for diverse marine species.^[59]^[60] Flora also engages in intricate interactions with fauna, fostering mutualistic relationships essential for reproduction, nutrient cycling, and community resilience. Pollination syndromes, where plants have evolved floral traits to attract specific animal pollinators such as bees, birds, and bats, ensure genetic diversity; for instance, over 80% of angiosperm species rely on animal-mediated pollination for seed production. Symbiotic associations like mycorrhizal networks further amplify these dynamics, linking plant roots with fungal hyphae to form underground "wood wide webs" in forests, enabling resource sharing—such as carbon for phosphorus—and inter-plant signaling that bolsters ecosystem stability against stressors.^[61]^[62]

Threats and Preservation Efforts

Flora worldwide is under severe pressure from habitat loss, primarily through deforestation, which has led to deforestation of approximately 10.9 million hectares per year between 2015 and 2025, resulting in an annual net forest loss of 4.12 million hectares, according to the Food and Agriculture Organization of the United Nations (FAO).^[63] This destruction fragments ecosystems and endangers countless plant species by eliminating their natural ranges. Climate change exacerbates these threats by shifting plant phenology, such as earlier flowering and leaf-out times in response to warming temperatures, which can desynchronize interactions with pollinators and other species.^[64] Invasive species further compound the risks by outcompeting native flora for essential resources like light, water, and nutrients, often leading to reduced biodiversity and ecosystem degradation.^[65] Preservation efforts focus on establishing protected areas, as defined by the International Union for Conservation of Nature (IUCN), which categorizes them from strict nature reserves (Category Ia, emphasizing minimal human intervention to protect biodiversity) to sustainable-use areas (Category VI, allowing resource management that supports conservation).^[66] These designations cover millions of hectares globally and play a critical role in safeguarding plant habitats. Seed banks, such as the Svalbard Global Seed Vault established in 2008 on Spitsbergen Island, Norway, provide long-term storage for genetic diversity; by October 2025, it held over 1.3 million seed samples from crops and wild relatives, acting as a secure backup against extinction.^[67] Restoration initiatives, including rewilding projects in European grasslands, restore native flora by reintroducing natural grazing and ecological processes on abandoned farmlands, enhancing biodiversity and ecosystem resilience.^[68] International frameworks guide these efforts, notably the Convention on Biological Diversity (CBD), ratified in 1992, which set the Aichi Biodiversity Targets (2011–2020) to address underlying causes of biodiversity loss, including habitat protection and sustainable use of plant resources.^[69] Building on these, the post-2020 Global Biodiversity Framework, adopted in 2022, establishes updated targets such as restoring at least 30% of degraded ecosystems by 2030 and integrating biodiversity into sectoral policies to halt species loss.^[70] These mechanisms emphasize collaborative action to mitigate threats and ensure the long-term survival of global flora.

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update of the Angiosperm Phylogeny Group classification for the ...
Linear classification of flowering plants (APG IV) . *Changed circumscription of a family or families added since APG III (2009). †Orders added since APG ...Historical Introduction · Review · Angiosperm Classification: An... · Superasterids
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GBIF
GBIF hosted portals offer simple, customizable websites that support biodiversity data use and engagement at national, institutional, regional and thematic ...What is GBIF?www.gbif.org · Resource search · GBIF API Reference · GBIF.org
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Electronic Floras and Monographs - The William & Lynda Steere ...
We have created electronic floras and monographs that include the addition of descriptive text, identification keys, digitized photographs, publications, and ...
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Using Quadrats - Field Studies Council
The simplest way to collect data using a frame quadrat is to make a species list for each quadrat. Each species is either present or absent.
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[PDF] Measuring Abundance: Transects and Quadrats
Transects are marked lines, and quadrats are framed areas used to quantify organism abundance. Transects are laid parallel, and quadrats are placed over ...Missing: flora | Show results with:flora
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[PDF] MSBP Technical Information Sheet 15 - Making herbarium specimens
Jul 26, 2018 · Collect, press, and dry specimens, ensuring they are flat, with minimal overlap, and dry quickly. Collect a typical, fertile sample with leaves ...
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Landsat Normalized Difference Vegetation Index - USGS.gov
Landsat Normalized Difference Vegetation Index (NDVI) is used to quantify vegetation greenness and is useful in understanding vegetation density and assessing ...Missing: flora | Show results with:flora
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Seek by iNaturalist
Jun 30, 2023 · Seek uses image recognition to identify plants and animals, using data from iNaturalist, and allows users to earn badges and participate in ...
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The dark matter of botany - Kew Gardens
Oct 2, 2024 · Did you know that there could be over 60,000 species of plant not yet known to science? That's about ten times the number of known mammal ...
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You May Be Surprised Where Most of Earth's Oxygen Comes From
May 4, 2023 · Trees and rainforests produce approximately 28% of the oxygen on Earth, so what about the other 72%? Well, that comes from the plant life in the ocean.
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Root Systems Research for Bioinspired Resilient Design: A Concept ...
Apr 26, 2021 · Trees reduce soil erosion and prevent shallow landslides through a network of coarse and fine roots just below the surface that increase the ...
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[PDF] Mangroves for coastal defence | The Nature Conservancy
The above-ground roots slow down water flows, encourage deposition of sediments and reduce erosion. • Over time mangroves can actively build up soils, ...
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Mighty Mutualisms: The Nature of Plant-pollinator Interactions
Most plant-pollinator interactions are exhabitational because pollinators live separately from the plants they interact with. However, some pollinators live ...Missing: fauna | Show results with:fauna
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Inter-plant communication through mycorrhizal networks mediates ...
The mycorrhizal symbiosis is a many-to-many relationship: plants tend to form symbioses with a diverse array of fungal species (broad host receptivity) and ...Missing: pollination | Show results with:pollination
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Global Forest Resources Assessment 2025
It finds that, although the rate of deforestation is slowing, forests are still being lost at nearly 11 million hectares per year. The area of planted forests ...Missing: major threats flora habitat
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The influence of climate warming on flowering phenology in relation ...
Apr 21, 2023 · Climate warming has the potential to influence plant flowering phenology which in turn can have broader ecological consequences.
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What is an invasive species and why are they a problem? - USGS.gov
Invasive, nonnative species of plants, animals, and disease organisms adversely affect the ecosystems they enter. Like “biological wildfires,” they can quickly ...
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[PDF] Guidelines for Applying Protected Area Management Categories
IUCN defines a protected area as: A clearly defined geographical space, recognised, dedicated and managed, through legal or other effective means, to achieve ...
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Celebration Meets Urgency at Latest Seed Vault Opening in Svalbard
Oct 22, 2025 · This 68th deposit adds 21,647 seed samples to the more than 1.3 million seed samples already stored in the Seed Vault, for a total of 1,378,238.
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Rewilding abandoned farmland has greater sustainability benefits ...
Feb 8, 2023 · Many abandoned lands associated with low-intensity farming or semi-natural grasslands host high biodiversity in Europe and elsewhere globally.
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Aichi Biodiversity Targets - Convention on Biological Diversity
Sep 18, 2020 · Strategic Goal A: Address the underlying causes of biodiversity loss by mainstreaming biodiversity across government and society
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[PDF] Post-2020 Global Biodiversity Framework
Dec 5, 2022 · The goals and targets of the framework are integrated and are intended to balance the three objectives of the Convention on Biological Diversity ...