Advanced course in environmental conservation
環境保全学特論
- A Table of Contents
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Expected background: Knowing "fundamental ecology" and/or related subjects
- Introduction (Guidance) はじめに (ガイダンス)
- Spatiotemporal pattern and scale (時空間パターンとスケール)
- Disturbance (撹乱)
- Community diversity (群集多様性)
- Multivariate analysis (多変量解析)
- Temporal pattern: Community dynamics and succession (時間パターン: 群集動態と遷移)
- References shown in the lecture 参考文献
Advanced lecture in natural environmental studies (自然環境学特論)
Advanced course in environmental conservation held in the last year - Examination or report (試験またはレポート)
Room# not fixed yet (Time: 10:30-12:00)
- Introduction (Guidance)
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October 6 2011
What is this lecture?
Flow chart of this lecture
Classification of ecology
Life cycle (life history)Case of Trillium (Ref. T. smallii )
MVP (minimum viable population)
Case: Trillium in fragmented forestsMetapopulation
Case: Silver-studded blue butterfly (Plejebus argus) in North Wales
Case: Spatial occurrence and abundance patterns of Maculinea butterflies
Carrying capacity - Pattern and scale
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October 13 2011
Ecosystem (or biosystem)
Environment
Definitions and criteria of plant communityFlora (floristic composition) - Ex. Mount Koma
Vegetation physiognomy
Strata (sg. stratum)
Larch forest in Oku-Nikko
Strata of tropical forest with reference to the conservation of mammal species
Herbaceous plant diversities vs strataPlant community dynamics = spatial and temporal patterns
The problems on pattern and scale in ecology
Complex dynamics in ecology
Toposequence, chronosequence, and permanent plot
Toposequence
Soil moisture (or water depth) gradient
Baidzharakhs (relic mounds)October 20 2011
Chronosequence: Case, Fire history
Scaling from large to small
Scale-dependent factor
Scale-dependent interactions
Scale-dependent interactions and community structure on cobble beaches
Seasonal shifts in competition and facilitation in subalpine plant communities of the central CaucasusGlobal (biome) > Regional > Habitat > Microhabitat
Biome: Precipitation and temperature
World
Plant functional types (PFT) and species attributes
Inductive method vs deductive method
Attributes for obtaining PFT: vegetative strategy, life history, phenology, and seed biology
Case: comparison of plant community structures between distinct areas
Case: landscape-scale variation in the seed banks of floodplain wetlands with contrasting hydrology in ChinaJapan
Climate (temperature and precipitation)
Biodiversity hotspotsOctober 27 2011
Distribution of fern species in Japan
Warmth index
Snow (dorso-ventral sturcture)
Dwarf-shaped plants: adaptation to snowHokkaido
Distribution of Sasa (dwarf bamboo) in Hokkaido
Mixed forestVegetation map
Soil type map - andosol, lithosol, and regosolHabitat
Dorso-ventral sturcture of plant community on mountians
Case: HokkaidoNovember 10 2011
Microhabitat
Case 1. Pumice Plains on MSH: rill, near-rock
Case 2. Hummock-hollow complex (Bulte-schlenke comlex)
Application of postfire peat accumulation and microtopography in boreal bogs
Case 3. Tree establishment on Mount Usu: rill, ground surface texture - Disturbance
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Natural disturbance and human disturbance
Scale, frequency and intensityNatural disturbance
Floodplain
Case study: Vegetation zonation in Sorachi River
Disturbance-maintained landscapeIntermediate (-disturbance) hypothesis
Relationships between grazing pressure and species richness showing the intermediate grazing optimization hypothesis, compensatory growth model and overgrazing model
Effect of pocket gophers on plant community dynamics
Plant species diversity in response to disturbance magnitude in a grassland remnantsSoil erosion
Cases: Alpine area, volcano
November 17 2011
Problems on the measurement of underground organs
(Mini)rhizotron
Estimation of root lifespanForest fire
Soil profile (acidic brown forest soil)
The role of duff on seedling establishment
Seeder and sprouterFallen-log regeneration
Human disturbance
Examples, Military forces (US Air Forces), Refugee, and coal slag heapBiological invasion
Alien species
Invasive species - biological invasion
Invasion patterns of larch (Larix kaempferi) on Mount KomaSeed source vs environmental factors (elevation, aspect, and slope)
Morphological plasticityInteractions
Distribution and dispersion
Random, contagious, and regular distribution patterns
Age and dispersion pattern
Analysis methods on spatial patternDispersion pattern analysis
Spatial autocorrelationNovember 24 2011
Competition: intera-specific and inter-specific competition
Competition experiment design
Aboveground competition vs belowground competition
Competition for light causes plant biodiversity loss after eutrophicationIndices of plant-plant competition
On indices of plant-plant competition and their pitfalls
Regional effects on competition-productivity relationship: a set of field experiments in two distant regionsDeterminants on ecosystem structure with reference to "scale"
Environmental gradients, biotic interactions, and disturbance
Island Biogeography
Principles: distance from mother land and island size
Mother land
Relationship between island area and number of species
Minimum area for the establishment of species
Relationship between island area and extinction rate
How human makes islands (forest cutting, etc.)
Owl can not establish on small islands
Relationship between distance from mother land and immigration rate
Graphical presentation of island biogeography
Measuring immigration and extinction ratesEcotone and corridor
Corridor in landscape
Corridor supports the movements of animals and plantsDecember 1 2011
Corridor supports population growth rate
Conservation areas determined by corridors and island biogeographyApplications of island biogeography to nature conservation
Edge
Effects of edge on inside and outside of island
Buffer zone
MVP again. How do we decide nature reservation area?Restoration ecology
Management methods for degraded ecosystems
Land degradation
Terminology used in the analysis of ecosystem stabilityLandscape ecology
Landscape unit: structure, function, and change
Satoyama (village forest)
Interaction between ecosystems: terrestrial-oceanic link created by food chain - Community diversity
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α-diversity, β-diversity, and γ-diversity
α-diversity = within-habitat diversity
β-diversity = between-community diversity
γ-diversity = landscape diversityα-diversity (and γ-diversity)
Type 0: Using number of species = Species richness
Type 1: Using number of species and total individuals
Type 2: Using relative dominance
Relationship between animal species richness and plant structural diversitySpecies richness
Fischer's α-diversity index - Representative T1Case: Species richness in Kinabalu
How to measure α-diversityShannon-Wiener diversity index (H') - representative T2
Bit
Diversity and evennessSelection of parameter for diversity
Density vs biomass
December 8 2011
'Correlation' vs 'causal relation'
β-diversity (between-habitat diversity)Types of similarity index
Binary data and quantitative data
Jaccard, Sorensen, Simpson, Eucledean distance, etc.
Similarity and dissimilaritySimilarity matrix
Diamond graph
Case study: bee fauna on Mount Usu - Multivariate analysis
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Main purposes of multivariate analysis
Classification and ordination
Clsutering or cluster analysis
Cluster analysis
Divisive strategy vs agglomerative strategy
Nearest neighbor method (single-linkage method)Agglomerative strategy
From 'single linkage method' to 'Average linkage method'
Single linkage methodAverage linkage method
Dendrogram
Divisive strategyPrinciple
TWINSPAN (two-way indicator analysis)Other clustering methods
Ordination: Indirect and direct ordination
December 15 2011 (closed due to schedule conflict)
December 22 2011
Indirect ordination
Polar ordination (PO)
Weighted average
Correspondence analysis/Reciprocal average (CA/RA)
Hump: arch and horseshoe
Detrended correspondence analysis (DCA)
Principal component analysis (PCA)Eigenvalue and eigenvector
Horseshoe
Application of PCA on fern developmentCanonical correspondence analysis
Principles
Application of CCA on the relationship between seedbank and standing vegetation - Temporal change and succession
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Classification of successional sere: Primary succession (Xeric succession, Mesic succession), Secondary succession
Concept of succession
Life history characteristics, proposed by Grime (1979)
Three models on successionFacilitation
Tolerance
InhibitionSuccessional paces
Species turnover
Application of percentage similarity and community coefficientWetland succession (mesic succession)
Definition of wetland - very diverse
Wetland, moor, mire, bog, fen, swamp, and marshJanuary 5 2012
Mycorrhizal types: ectomycorrhziae and endomycorrhizae
Interactions between seed plants and AM fungi
Xeric succession: Chronosequence approach
Characteristics of vegetation recovery on Mount Usu
Equilibrium theory vs non-equilibrium theory
Facilitation
Lupine patches on Mount St. Helens
Shrub (Salix reinii) patches on Mount Koma
Application of facilitation to restoration - How to write the paper for evaluation (2011)
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To know what you shall do for term report, click here (レポート要綱)
