The presence of bryophytes, particularly mosses, on arboreal surfaces is a standard phenomenon in lots of terrestrial ecosystems. These non-vascular vegetation colonize the bark of bushes, establishing themselves via the dispersal of spores and subsequent germination in appropriate microclimates. The proliferation is commonly extra pronounced in environments characterised by excessive humidity and average temperatures.
This epiphytic relationship advantages the moss by offering a secure substrate elevated above the bottom, rising entry to daylight and atmospheric moisture. The bushes themselves are typically not harmed by the presence of moss, because the latter doesn’t extract vitamins from the vascular system of the host. In truth, some analysis means that moss layers can contribute to water retention on the bark, probably benefiting the tree in sure circumstances. Moreover, moss habitats can present shelter for varied invertebrates, including to the biodiversity of the ecosystem.
Understanding the ecological dynamics that affect the distribution and abundance of moss on bushes requires consideration of a number of components. These embody the precise tree species, the microclimatic circumstances of the forest cover, the provision of vitamins, and the presence of competing epiphytes. The following sections will delve deeper into these facets, offering a complete overview of this fascinating ecological interplay.
1. Moisture Retention
Moisture retention performs a vital position in figuring out the suitability of a tree’s bark as a habitat for moss. As non-vascular vegetation, mosses lack specialised tissues for transporting water and vitamins over lengthy distances, making them extremely depending on exterior sources of moisture. The power of the bark to retain water instantly influences moss survival and development.
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Bark Porosity and Water Absorption
The porosity of tree bark is a main issue affecting moisture retention. Bark with a excessive diploma of porosity, characterised by quite a few crevices and irregularities, can successfully entice and maintain water derived from rainfall, dew, or condensation. Conversely, {smooth}, non-porous bark affords fewer alternatives for water to be retained, making it much less hospitable for moss colonization. Species with tough, deeply furrowed bark usually exhibit increased moss protection.
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Microclimate Affect
The microclimate surrounding a tree considerably impacts moisture retention. Dense canopies can cut back evaporation charges, resulting in increased humidity ranges across the trunk and branches. Equally, areas with frequent fog or rainfall present extra constant moisture, favoring moss institution. South-facing sides of bushes, which obtain extra direct daylight, usually expertise decrease moisture retention and lowered moss development in comparison with north-facing sides.
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Epiphyte Interactions
The presence of different epiphytes, reminiscent of lichens, can affect moisture retention on tree bark. Lichens, significantly these with a crustose development type, can alter the bark’s floor texture, probably enhancing its water-holding capability. Moreover, decaying natural matter accumulating round epiphyte colonies can create a moisture-rich substrate conducive to moss germination and development. Nonetheless, dense lichen development can even compete with mosses for obtainable assets.
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Water Runoff Patterns
The structure of a tree’s branches and trunk influences water runoff patterns, creating localized areas of elevated moisture. Department junctions and areas the place water accumulates and drips can present constantly moist microhabitats appropriate for moss colonization. These areas usually exhibit a better density and variety of moss species in comparison with areas with speedy water runoff.
The interaction of those components demonstrates the crucial hyperlink between moisture retention and the institution of moss communities on bushes. The power of bark to seize and retain water, influenced by its texture, the encircling microclimate, and interactions with different epiphytes, in the end determines the suitability of a tree as a substrate for moss development and contributes to the general biodiversity of forest ecosystems.
2. Nutrient Availability
Nutrient availability represents a crucial issue influencing moss colonization on bushes. Whereas mosses are autotrophic organisms able to photosynthesis, their development and distribution are considerably affected by the presence of important vitamins of their instant surroundings. Sources of those vitamins are numerous, contributing variably to the general dietary standing of moss communities on arboreal substrates.
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Atmospheric Deposition
Atmospheric deposition constitutes a main supply of vitamins for epiphytic mosses. Rainfall, dry deposition of particulate matter, and dissolved gases transport important components reminiscent of nitrogen, phosphorus, and potassium to the bark floor. The composition and amount of atmospheric deposition fluctuate relying on geographical location, proximity to industrial sources, and prevailing climate patterns. In areas with excessive atmospheric nitrogen deposition, mosses could exhibit accelerated development charges and altered species composition.
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Throughfall and Stemflow
Throughfall, the rainwater that passes via the forest cover, and stemflow, the water that runs down the tree trunk, leach vitamins from leaves, twigs, and different natural matter. This nutrient-enriched water subsequently turns into obtainable to mosses rising on the bark. The focus of vitamins in throughfall and stemflow varies relying on tree species, cover construction, and seasonal components. Deciduous bushes, as an example, launch a pulse of vitamins throughout leaf abscission, probably benefiting mosses within the understory.
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Decomposition of Natural Matter
The decomposition of natural matter accumulating on tree bark offers a localized supply of vitamins for mosses. Decaying leaves, twigs, insect frass, and different particles launch vitamins as they’re damaged down by microbial exercise. This decomposition course of is especially vital in nutrient-poor environments, the place it may well create micro-sites of enhanced nutrient availability. The presence of decaying wooden on the bark, usually related to department scars or wounds, can even function a nutrient hotspot for mosses.
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Nitrogen Fixation
Sure moss species harbor nitrogen-fixing micro organism of their tissues. These micro organism convert atmospheric nitrogen into kinds which might be usable by the moss, contributing to its nitrogen vitamin. Nitrogen fixation is especially vital in nitrogen-limited environments, the place it may well present a aggressive benefit to nitrogen-fixing moss species. The presence of those species can even profit different epiphytes by rising the general availability of nitrogen within the ecosystem.
The intricate interaction of those nutrient sources highlights the advanced dietary ecology of mosses on bushes. Understanding the components that affect nutrient availability is essential for predicting moss distribution, assessing ecosystem well being, and managing forest assets. Variations in nutrient availability, pushed by atmospheric deposition, throughfall, decomposition, and nitrogen fixation, in the end form the composition and dynamics of moss communities in arboreal habitats.
3. Bark Texture
Bark texture exerts a profound affect on the colonization of bushes by mosses. The floor traits of the bark instantly have an effect on the power of moss spores to stick, germinate, and set up themselves. Tough bark, characterised by deep fissures, ridges, and irregularities, offers quite a few microsites that supply shelter from environmental stressors reminiscent of desiccation and direct daylight. These options additionally facilitate the buildup of moisture and natural matter, essential assets for moss survival. Species like oak and maple, with their textured bark, generally help a higher range and abundance of mosses in comparison with bushes with {smooth} bark.
Easy bark, in distinction, presents a much less hospitable surroundings for moss institution. The shortage of floor irregularities reduces the alternatives for spore attachment and water retention. Moreover, the sleek floor could also be extra inclined to speedy runoff of rainwater, depriving mosses of important moisture and vitamins. Timber reminiscent of beech and birch, identified for his or her {smooth} bark, usually exhibit decrease moss cowl. Nonetheless, even on smooth-barked bushes, mosses could colonize areas the place bark is broken or scarred, creating localized microhabitats with elevated floor roughness.
The understanding of the connection between bark texture and moss colonization has sensible implications for forest administration and conservation. Manipulating bark texture, as an example via selective tree thinning or the introduction of bark-enhancing therapies, may probably promote moss range in managed forests. Furthermore, assessing bark texture can function a helpful indicator of forest well being and environmental circumstances, as moss communities reply sensitively to adjustments in air high quality and moisture availability. Thus, bark texture represents a key think about understanding the distribution and ecology of mosses on bushes, contributing to the general biodiversity and ecological perform of forest ecosystems.
4. Gentle Publicity
Gentle publicity is a crucial environmental issue influencing the distribution, abundance, and physiological efficiency of mosses colonizing bushes. As photosynthetic organisms, mosses require mild power to synthesize natural compounds from carbon dioxide and water. Nonetheless, the sunshine surroundings inside a forest cover is very variable, starting from direct daylight in cover gaps to deep shade beneath dense foliage. This variability creates a mosaic of sunshine circumstances that shapes the composition and construction of moss communities on tree bark.
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Photosynthetic Necessities
Totally different moss species exhibit various photosynthetic diversifications to mild depth. Some species, tailored to high-light environments, possess increased photosynthetic capacities and might tolerate intense photo voltaic radiation. These species are sometimes discovered on the sun-exposed sides of bushes or in cover gaps. Conversely, shade-tolerant mosses have decrease mild necessities and are higher tailored to the low-light circumstances present in shaded areas of the forest. These species usually exhibit decrease photosynthetic charges however can effectively seize and make the most of the restricted obtainable mild. The precise photosynthetic traits of a moss species dictate its skill to thrive in a selected mild surroundings.
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Orientation and Side
The orientation and facet of a tree considerably affect the sunshine publicity of its bark. South-facing sides of bushes within the Northern Hemisphere obtain extra direct daylight than north-facing sides. This differential mild publicity can result in distinct moss communities on completely different sides of the identical tree. South-facing sides are sometimes dominated by drought-tolerant and light-adapted species, whereas north-facing sides help shade-tolerant mosses that require increased moisture ranges. Equally, the higher branches of a tree obtain extra daylight than the decrease trunk, making a vertical gradient in mild publicity that impacts moss distribution.
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Cover Construction and Gentle Penetration
The construction and density of the forest cover exert a powerful affect on mild penetration to the understory and tree trunks. Dense canopies cut back the quantity of sunshine reaching the forest flooring, making a shaded surroundings that favors shade-tolerant moss species. Conversely, open canopies permit extra mild to penetrate, selling the expansion of light-demanding mosses. Cover gaps created by tree falls or disturbances can create localized areas of excessive mild depth, resulting in the institution of opportunistic moss species. The spatial heterogeneity of the forest cover thus creates a mosaic of sunshine circumstances that influences the range and distribution of mosses on bushes.
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Gentle High quality
Along with mild depth, the standard of sunshine can even have an effect on moss development. The forest cover selectively absorbs sure wavelengths of sunshine, altering the spectral composition of the sunshine reaching the understory. For instance, chlorophyll in leaves absorbs pink and blue mild, leaving a better proportion of inexperienced and far-red mild to penetrate the cover. Some moss species exhibit diversifications to those adjustments in mild high quality, permitting them to effectively make the most of the obtainable wavelengths for photosynthesis. The precise mild high quality preferences of a moss species can affect its distribution throughout the forest cover.
In conclusion, mild publicity profoundly impacts the institution and persistence of mosses on bushes. The interaction of photosynthetic necessities, tree orientation, cover construction, and lightweight high quality determines the suitability of a selected location on a tree for moss colonization. Understanding these components is important for comprehending the ecological dynamics of moss communities in forest ecosystems and their contributions to total biodiversity.
5. Air Circulation
Air circulation considerably influences the microclimate surrounding tree trunks and branches, thereby affecting moss institution and survival. Ample air motion helps regulate humidity ranges and prevents extended saturation, circumstances which might promote the expansion of some moss species whereas inhibiting others. Conversely, stagnant air can result in excessively excessive humidity and the proliferation of fungal pathogens, creating an unfavorable surroundings for a lot of mosses. The connection between air circulation and the distribution of arboreal mosses is advanced, relying on species-specific tolerances and interactions with different environmental components. As an example, in densely forested areas with restricted airflow, sure mosses tailored to high-humidity circumstances could thrive, whereas these requiring drier circumstances could also be much less prevalent. Wind-exposed areas, conversely, could favor drought-tolerant moss species able to withstanding speedy desiccation.
Variations in air circulation round a tree might be influenced by components reminiscent of forest density, tree structure, and native topography. Timber positioned in open areas or alongside forest edges expertise higher air motion in comparison with these located inside a closed-canopy forest. The branching sample of a tree can even have an effect on air circulation inside its crown, creating microhabitats with differing humidity ranges. Moreover, topographical options reminiscent of hills and valleys can channel air currents, influencing the distribution of mosses on a regional scale. The sensible significance of understanding the position of air circulation lies in its implications for forest administration and conservation efforts. By manipulating forest construction via thinning or selective harvesting, it’s potential to create circumstances that favor particular moss communities, thereby enhancing biodiversity and ecosystem resilience.
In abstract, air circulation serves as a key determinant of moss distribution on bushes by modulating humidity ranges and stopping fungal proliferation. The interplay between air motion and different environmental components, reminiscent of moisture availability and lightweight publicity, shapes the composition and dynamics of arboreal moss communities. Recognizing the significance of air circulation is essential for knowledgeable forest administration practices aimed toward selling biodiversity and ecosystem well being. Future analysis ought to concentrate on elucidating the species-specific responses of mosses to various air circulation regimes to refine our understanding of this advanced ecological relationship.
6. Spore Dispersal
Spore dispersal represents a basic course of within the life cycle of mosses, instantly influencing their distribution and contributing considerably to their presence on bushes. Mosses, missing seeds, depend on spores as their main technique of replica and colonization. The efficacy of spore dispersal mechanisms determines the extent to which mosses can attain and set up themselves on appropriate arboreal substrates. Environmental components reminiscent of wind, water, and animal vectors play essential roles within the dissemination of spores over various distances. Profitable dispersal is contingent upon the spores reaching a good microenvironment on the tree bark, characterised by ample moisture, mild, and nutrient availability. The absence of efficient spore dispersal would severely restrict the power of mosses to colonize new areas and keep their populations on bushes.
The precise mechanisms of spore dispersal fluctuate amongst completely different moss species. Some mosses make the most of wind dispersal, releasing light-weight spores into the air that may be carried over appreciable distances. Others make use of water dispersal, the place spores are transported by rain or runoff to close by areas. In sure situations, animal vectors, reminiscent of bugs or birds, facilitate spore dispersal by carrying spores on their our bodies or of their digestive tracts. The effectiveness of every dispersal technique is influenced by components reminiscent of spore dimension, morphology, and the prevailing environmental circumstances. For instance, species with small, desiccation-resistant spores usually tend to be dispersed successfully by wind, whereas these with bigger, extra adhesive spores could depend on water or animal vectors.
Understanding the dynamics of spore dispersal is essential for comprehending the distribution patterns of mosses on bushes and for predicting their response to environmental adjustments. Alterations in wind patterns, precipitation regimes, or animal populations can considerably affect spore dispersal and, consequently, the composition and abundance of moss communities on arboreal surfaces. This data can be related for conservation efforts aimed toward preserving moss range and ecosystem perform. By figuring out the important thing components that affect spore dispersal, it’s potential to implement administration methods that promote the profitable colonization and persistence of moss populations on bushes. The connection between spore dispersal and moss colonization underscores the interconnectedness of ecological processes and the significance of contemplating a number of components when finding out the distribution of organisms of their pure habitats.
7. Tree Species
The species of tree exerts a substantial affect on the institution and composition of epiphytic moss communities. Variations in bark traits, cover structure, and chemical properties amongst completely different tree species create a various vary of microhabitats that selectively favor sure mosses over others. This interspecific variability underpins the noticed patterns of moss distribution inside forest ecosystems.
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Bark pH and Chemical Composition
The pH of tree bark and its chemical composition are crucial determinants of moss colonization. Totally different tree species exhibit distinct bark pH ranges, starting from acidic to alkaline. Sure mosses are tailored to acidic circumstances, whereas others thrive in alkaline environments. The presence of particular chemical compounds within the bark, reminiscent of tannins or resins, can even inhibit or promote moss development. As an example, some coniferous bushes with resinous bark could also be much less hospitable to mosses in comparison with deciduous bushes with nutrient-rich bark. The chemical properties of the bark thus act as a selective filter, influencing the species composition of the moss neighborhood.
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Bark Texture and Water Retention Capability
Bark texture considerably impacts the power of moss spores to stick and germinate, in addition to the capability of the bark to retain moisture. Tree species with tough, deeply furrowed bark present quite a few microsites for spore attachment and water accumulation, creating favorable circumstances for moss institution. In distinction, bushes with {smooth} bark provide fewer alternatives for spore adherence and could also be extra vulnerable to desiccation. The water retention capability of the bark can be influenced by its porosity and the presence of natural matter. Tree species with extremely porous bark, reminiscent of oaks, usually help a higher range and abundance of mosses in comparison with bushes with dense, impermeable bark, reminiscent of beeches.
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Cover Construction and Gentle Availability
The cover construction of a tree species influences the quantity of sunshine reaching the trunk and branches, thereby affecting moss photosynthesis and development. Tree species with dense canopies, reminiscent of spruces, create a shaded surroundings that favors shade-tolerant moss species. Conversely, bushes with open canopies, reminiscent of birches, permit extra mild to penetrate, selling the expansion of light-demanding mosses. The architectural association of branches additionally impacts mild distribution, making a mosaic of sunshine and shadow that shapes the species composition of the moss neighborhood. The angle and density of branches, in addition to the dimensions and form of leaves, all contribute to the sunshine microclimate throughout the tree crown.
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Nutrient Leaching and Throughfall Chemistry
The nutrient content material of throughfall, the rainwater that passes via the forest cover, is influenced by the tree species and its foliar traits. Deciduous bushes, throughout leaf abscission, launch a pulse of vitamins into the throughfall, which might profit mosses rising on the bark. Evergreen bushes, alternatively, could launch vitamins extra regularly all year long. The chemical composition of throughfall additionally varies relying on the tree species, with some bushes leaching extra calcium, potassium, or nitrogen than others. These variations in throughfall chemistry can have an effect on moss development and nutrient biking on the bark floor. Moreover, the presence of allelochemicals in throughfall from sure tree species can inhibit moss development or alter species interactions.
In essence, the selection of host tree species is a pivotal issue that intricately modulates the surroundings encountered by epiphytic mosses. The interaction of bark traits, cover dynamics, and nutrient leaching creates a singular set of circumstances that decide which moss species can efficiently colonize and thrive on a selected tree. These species-specific interactions contribute to the general biodiversity and ecological complexity of forest ecosystems.
8. pH Ranges
Soil and substrate acidity or alkalinity, quantified as pH, is a crucial issue influencing plant distribution, together with the presence of mosses on bushes. Bark pH impacts nutrient availability, enzyme exercise, and mobile membrane stability in mosses. Timber with various bark pH help completely different moss species, resulting in distinct epiphytic communities.
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Affect on Nutrient Availability
Bark pH dictates the solubility and availability of important vitamins like nitrogen, phosphorus, and potassium. Acidic circumstances (low pH) could enhance the solubility of sure micronutrients, whereas alkaline circumstances (excessive pH) can restrict the provision of others. Moss species tailored to particular pH ranges can successfully soak up vitamins underneath these circumstances, whereas others wrestle to outlive. The presence or absence of explicit vitamins can thus decide the composition of moss communities on bushes.
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Influence on Enzymatic Exercise
Enzymes, organic catalysts important for moss metabolism and development, perform optimally inside slender pH ranges. Deviations from these optimum pH ranges can inhibit enzyme exercise, decreasing metabolic effectivity and probably resulting in mobile injury. Moss species tailored to acidic bark exhibit enzymes that perform successfully at decrease pH, whereas these tailored to alkaline bark possess enzymes optimized for increased pH. The enzymatic diversifications of mosses are thus intently linked to bark pH and affect their distribution on bushes.
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Impact on Cell Membrane Stability
The integrity and performance of cell membranes, which regulate the transport of gear into and out of moss cells, are delicate to pH. Excessive pH values can disrupt membrane construction, impairing mobile perform and probably resulting in cell demise. Moss species tailored to particular bark pH ranges exhibit cell membrane diversifications that keep stability underneath these circumstances. These diversifications could contain modifications to membrane lipids or proteins that buffer in opposition to pH fluctuations. The pH-dependent stability of cell membranes is thus a crucial think about figuring out the tolerance of mosses to various bark pH ranges.
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Differential Species Diversifications
Totally different tree species have completely different bark pH. This results in differential moss abundance. Acidic barks favor acidophilic mosses, reminiscent of Dicranum, whereas extra alkaline barks favor others. The aggressive benefit loved by pH-adapted species results in clear zoning of epiphytic communities based mostly on host tree and trunk facet, the place microclimate and solar publicity mediate pH close to the bark floor.
The interaction between bark pH and moss physiology underscores the ecological complexity of epiphytic communities. Tree choice results in completely different pH and completely different epiphytes.Understanding these influences is important for predicting moss distribution and assessing forest well being. These variations in pH might be influenced by atmospheric deposition and throughfall, and consequently have an effect on the general biodiversity of mosses noticed on completely different bushes. The interplay between pH and bark influences which mosses are in a position to flourish on sure bushes.
Ceaselessly Requested Questions
The next part addresses frequent inquiries relating to the presence of moss on bushes, offering concise and informative solutions based mostly on present ecological understanding.
Query 1: Is moss development on bushes dangerous to the tree?
Usually, moss development on bushes isn’t instantly detrimental. Mosses are epiphytes, that means they derive moisture and vitamins from the air and surrounding surroundings slightly than from the tree itself. Heavy moss cowl can, in some situations, cut back daylight penetration to the bark or enhance moisture retention, probably fostering fungal development, however that is comparatively unusual.
Query 2: What components encourage moss to develop on bushes?
A number of components promote moss colonization on bushes, together with excessive humidity, average temperatures, ample mild publicity, and a secure substrate offered by the tree bark. Timber in damp, shaded environments usually tend to help intensive moss development.
Query 3: Does the kind of tree affect moss development?
Sure, tree species can considerably affect moss development. Bark texture, pH, and nutrient content material fluctuate amongst tree species, creating numerous microhabitats that selectively favor sure moss species. Tough-barked bushes usually help a higher range and abundance of mosses in comparison with smooth-barked bushes.
Query 4: Can moss development on bushes be managed or prevented?
Controlling moss development on bushes is mostly pointless, because it usually poses no important risk to tree well being. Nonetheless, if desired, moss might be bodily faraway from the bark. Guaranteeing ample daylight penetration and correct air circulation can even assist cut back moss development.
Query 5: Does moss on bushes point out a tree is unhealthy or declining?
Not essentially. Whereas extreme moss development can generally be related to slow-growing or pressured bushes, it’s not a dependable indicator of tree well being. Mosses usually thrive on wholesome bushes in appropriate environmental circumstances.
Query 6: What are the advantages of moss rising on bushes?
Mosses contribute to biodiversity, present habitat for invertebrates, and might contribute to water retention on the bark. They’re an integral element of the forest ecosystem.
In abstract, the presence of moss on bushes is a pure phenomenon influenced by a wide range of environmental and organic components. Whereas typically innocent, understanding these components can present insights into the ecological dynamics of forest ecosystems.
The following sections will delve deeper into the ecological significance of mosses and their position within the surroundings.
Understanding Moss Colonization on Timber
The next factors present steering on decoding and managing moss presence on arboreal species, drawing on present ecological information.
Tip 1: Assess Environmental Circumstances: Consider web site humidity, mild publicity, and air circulation. The presence of sturdy moss development could point out constantly moist and shaded circumstances.
Tip 2: Determine Tree Species: Acknowledge that tree bark traits (texture, pH, chemical composition) affect moss colonization. Easy-barked species usually help much less moss than rough-barked species.
Tip 3: Monitor Tree Well being: Whereas moss itself isn’t often detrimental, observe the general well being of the tree. Extreme moss could also be a symptom of underlying stress or gradual development, however shouldn’t be mistaken as the first trigger.
Tip 4: Protect Biodiversity: Acknowledge the ecological worth of moss communities. They supply habitat for invertebrates and contribute to nutrient biking throughout the ecosystem.
Tip 5: Keep away from Pointless Elimination: Chorus from eradicating moss except there’s a clear indication of detrimental impacts on tree well being or particular administration aims require its elimination. Mechanical elimination can injury bark and probably introduce pathogens.
Tip 6: Think about Administration Goals: If moss elimination is critical (e.g., for aesthetic causes or to enhance air circulation), make use of light strategies that decrease hurt to the tree.
Tip 7: Promote Daylight Publicity: To scale back moss development naturally, strategically prune surrounding vegetation to extend daylight penetration and air circulation across the tree.
The adherence to those tips promotes each a balanced perspective and knowledgeable actions relating to arboreal moss. Correct observations and a cautious method result in a greater understanding of this pure facet of tree biology.
The succeeding part presents a conclusion, consolidating important ideas in regards to the symbiotic existence of moss and bushes in numerous environments.
Conclusion
The previous evaluation has elucidated the multifaceted causes behind the prevalence of moss on bushes. Moss presence stems from a posh interaction of environmental components, together with moisture availability, nutrient sources, mild publicity, air circulation, and substrate traits. Tree species-specific traits, reminiscent of bark texture and pH, additional affect moss colonization patterns. Spore dispersal mechanisms, performing as the first technique of propagation, govern the preliminary institution and subsequent distribution of those epiphytic communities. Understanding these interwoven components is crucial for a complete appreciation of forest ecosystem dynamics.
Continued investigation into moss-arboreal associations stays important for informing sustainable forest administration practices. Recognizing the ecological significance of moss communities, together with their contributions to biodiversity and nutrient biking, necessitates a balanced method to forest conservation. Future analysis ought to concentrate on elucidating the impacts of local weather change and anthropogenic disturbances on these intricate relationships, making certain the long-term well being and resilience of forested landscapes.
