A) A study of the interplay between ecological processes and spatial patterns across landscapes.
B) A study of individual species distribution in forests.
C) A field focused solely on plant ecology.
D) A discipline that examines only aquatic ecosystems.

A) A spatial pattern of different land cover types within a landscape.
B) A type of decorative art piece.
C) A geographical term for a desert area.
D) A mathematical equation used in ecology.

A) Changes in environmental conditions and species composition at the boundary of different ecosystems.
B) A phenomenon related to oceanic currents.
C) An increase in habitat suitability in the core of an ecosystem.
D) The act of creating artificial boundaries between landscapes.

A) They increase competition between species.
B) They facilitate species movement and genetic exchange between populations.
C) They limit the spread of invasive species.
D) They have no impact on biodiversity.

A) By influencing chemical reactions in the atmosphere.
B) By affecting the movement and distribution of organisms.
C) By changing the speed of light in ecosystems.
D) By controlling the Earth's magnetic field.

A) A decorative line drawn on maps.
B) A term for the outermost part of a landscape.
C) A physical barrier preventing movement between habitats.
D) The transition zone between different landscape elements.

A) A type of landscaping tool.
B) A geological rock formation.
C) A gradual change in environmental conditions across a landscape.
D) A mathematical equation used for calculating landscape area.

A) A small tree in a forest.
B) A tool used for fixing tears in the landscape.
C) A form of architectural structure.
D) A relatively homogeneous area that differs from its surroundings.

A) It characterizes a transitional zone between two communities.
B) It defines the smallest ecologically distinct unit in mapping landscapes.
C) Connectivity measures how connected or spatially continuous the matrix is.
D) It describes an interconnected system of corridors.

A) Regression analysis, ANOVA
B) Cluster analysis, canonical correspondence analysis (CCA), detrended correspondence analysis (DCA)
C) Principal component analysis, factor analysis
D) Time-series analysis, spatial autocorrelation

A) The organism level
B) The social-ecological system level
C) The cultural meaning level
D) The ecosystem level

A) It was well-established with no need for further research.
B) It was primarily concerned with marine environments.
C) It was barely a decade old but had strong potential for theory development.
D) It focused solely on animal populations.

A) To create abstract artworks.
B) To analyze historical documents.
C) To build physical landscapes.
D) To simulate and predict ecological patterns and processes across landscapes.

A) Meteorology
B) General ecology theory
C) Botanical studies
D) Geological formations

A) Defining landscapes independently of human interests
B) Drawing on several natural sciences
C) Focusing solely on human perceptions
D) Using only social sciences and humanities

A) A mathematical concept unrelated to ecology.
B) The presence of only one plant species in an area.
C) The diversity of land cover types and spatial arrangement within a landscape.
D) A term for uniform landscapes.

A) John A. Wiens
B) Ernst Neef
C) Carl Troll
D) Richard Forman and Michel Godron

A) A kilometres wide human scale
B) An organism-centered multi-scale level
C) A cultural meaning level
D) A social-ecological system level

A) Africa
B) Asia
C) Europe
D) North America

A) By reducing the risk of inbreeding and increasing genetic diversity.
B) By decreasing gene flow between populations.
C) By promoting genetic bottlenecks.
D) By isolating populations.