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The wars that ravaged the Polish–Lithuanian Commonwealth in the 17th century were among the most destructive events in the history of that part of Europe at the time. It is said that from this point on, the Polish–Lithuanian Commonwealth transitioned from a subject to an object state. Through interdisciplinary research involving the analysis of written, cartographic, and paleoecological data, we aim to demonstrate how the exit from this major crisis looked over a nearly 150-year perspective. In this article, we present observations describing economic, social, and demographic transformations, while also focusing on landscape and ecological issues. By analyzing the surroundings of the village of Kazuń (located today in central Poland), we highlight the emergence of a new type of settlement (the so-called olędrzy) in river valleys, which in the 18th century became an important element of a new wave of settlement and restoration. • Examines the transformation of the Medieval and Early Modern environment and landscape using various data. • Analyses the long-term social, economic and landscape changes that resulted from the wars occurred in the 17th and 18th centuries. • Discusses the transformation of the landscape in connection with the new wave of settlement during the 18th century. [ABSTRACT FROM AUTHOR]

The replacement of grasses by shrubs or bare ground (xerification) is a primary form of landscape change in drylands globally with consequences for ecosystem services. The potential for wild herbivores to trigger or reinforce shrubland states may be underappreciated, however, and comparative analyses across herbivore taxa are sparse. We sought to clarify the relative effects of domestic cattle, native rodents, native lagomorphs, and exotic African oryx (Oryx gazella) on a Chihuahuan Desert grassland undergoing shrub encroachment. We then asked whether drought periods, wet season precipitation, or interspecific grass–shrub competition modified herbivore effects to alter plant cover, species diversity, or community composition. We established a long‐term experiment with hierarchical herbivore exclosure treatments and surveyed plant foliar cover over 25 years. Cover of honey mesquite (Prosopis glandulosa) proliferated, responding primarily to climate, and was unaffected by herbivore treatments. Surprisingly, cattle and African oryx exclusion had only marginal effects on perennial grass cover at their current densities. Native lagomorphs interacted with climate to limit perennial grass cover during wet periods. Native rodents strongly decreased plant diversity, decreased evenness, and altered community composition. Overall, we found no evidence of mammalian herbivores facilitating or inhibiting shrub encroachment, but native small mammals interacting with climate drove dynamics of herbaceous plant communities. Ongoing monitoring will determine whether increased perennial grass cover from exclusion of native lagomorphs and rodents slows the transition to a dense shrubland. [ABSTRACT FROM AUTHOR]

Many landscapes are on the edge literally, particularly here on the Atlantic Coast of Canada. But landscapes everywhere are on the edge metaphorically: on the edge of change. Tackling the collective challenges we face, and redefining a "good life" in these new circumstances, will likely transform the places and landscapes that we care about. Yet change is hard and it is felt unevenly across space and social strata. We often instinctively feel that the landscapes of the present should dominate the future—an idea I've been calling "climax thinking"—but in many cases, those current landscape settings solve old problems and cause new ones. Drawing on recent empirical Atlantic research about renewable energy and coastal adaptation, this lecture explores some of the cultural shifts required to reimagine our landscapes and to meet the challenges ahead, identifying key roles for geographers along the way. [ABSTRACT FROM AUTHOR]

We developed a multi-source, integrated remote sensing approach to characterize the geomorphological features of the alluvial and coastal lowlands around the ancient Abdera (coastal Thrace, Gr.). By combining multi-temporal composites of satellite imagery, DEM-derived products, orthophotography, and different cartographic resources, more than 1000 linear km of ancient landforms have been identified and mapped. When crossed with archaeological and historical data, our results allowed to propose a reconstruction of the palaeogeographic evolution and geomorphological dynamics in the eastern lobe of the Nestos Delta, the Kosynthos plain, Lake Vistonida and the Porto Lagos coast since the Antiquity. Our results suggest that the delta developed mainly between Hellenistic times and the Late Antiquity, when it had reached a shape similar to the current. Most of the large palaeochannels visible in the delta seem to be Nestos' short-lived avulsions occurring in late Byzantine and Ottoman periods. Eastwards progradation of the Kosynthos plain, especially during Byzantine and Ottoman periods and accelerating in the 20th c. due to river channelization, was the main cause of the silting and a significant size reduction of Lake Vistonida since the Antiquity. Lake Lafra was also partially silted in late Byzantine and Ottoman times, likely due to the sedimentary discharge of the Kosynthos after a change in its course. By contrast, other lagoons and wetlands in the coast of Porto Lagos seem relatively stable in the last millennia with only minor silting and coastline progradation. Further geomorphological and geoarchaeological research in the area will allow to draw more precisely long-term interaction of past societies with environmental dynamics and resulting landscape change. [ABSTRACT FROM AUTHOR]

Global megatrends (GMTs) reshape landscapes worldwide, posing challenges for sustainability. This study delves into the complex interplay between GMTs and landscape changes in the Danube Lowland region of Slovakia, a microcosm of broader trends. Leveraging the concept of representative potential geoecosystems (REPGES), we assess historical landscape transformations and correlate them with key GMT drivers. Results reveal significant urban expansion linked to GMT2, primarily impacting the Bratislava area. Simultaneously, GMT5-driven economic growth manifests in agricultural land expansion and the total loss of one REPGES type. Notably, these changes coincide with a decrease in ecological stability across the region. Spatial analysis further unravels the interplay of GMTs, highlighting areas under intense urban and agricultural pressure. Our findings not only shed light on specific GMT impacts in the Danube Lowland but also offer valuable insights for landscape management across diverse regions facing similar megatrends. By understanding these complex interactions, we can develop informed strategies to navigate the challenges and opportunities presented by a globalized world, promoting sustainable landscapes for the future. [ABSTRACT FROM AUTHOR]

Rapid urbanization has significantly altered landscape environments in both urban and rural regions, and these landscapes have been demonstrated to play a pivotal role in human well-being. This study develops a coherent framework that integrates landscape change, landscape ecological indicators, and landscape preferences within the context of the evolving landscape environments of rural communities in Taiwan. Four distinct types of rural communities were selected, and a quantitative methodology was employed to investigate the variations and transformations in landscape preferences among rural residents in the context of landscape change. A qualitative methodology was employed to investigate the relationship between landscape ecological indicators and landscape preferences. The study's findings indicate significant temporal variations in residents' landscape preferences, with landscape beauty, stewardship, and coherence emerging as key determinants in the evaluation of these preferences. Landscape ecological indicators were found to be significantly correlated with variables such as landscape complexity, landscape beauty, openness, naturalness, and comprehensive landscape assessment. The findings of this study indicate that design planners, land managers, and public sector organizations can employ multidimensional thinking in the management of rural landscapes to align with the visual aesthetic preferences of rural residents. [ABSTRACT FROM AUTHOR]

Damaging hydrological events can profoundly impact societies. This study reconstructs the longest flood history to date for the Orba River Basin (ORB) in northwestern Italy, from 1511 to 2021 CE. Using the Annual Flood Damage Index, we establish a continuous annual hydrological time-series. Our analysis, incorporating a seasonally-weighted function for interannual storm effects, uncovers anthropogenic influences on the ORB's fluvial landscape and flood characteristics. Specifically, a change-point emerged around the end of the Little Ice Age and the subsequent warming period (c. 1816), after which more intense storms prevailed. Remarkably, recent flood peaks align with heightened climate hazards, proving more extreme and unpredictable on a small scale in disaster-prone areas. Additionally, this study acknowledges competitive forcing factors on a larger scale, including landscape changes due to peasant civilisation expansion and 19th-century deforestation. Broader-scale factors, exemplified by the global impact of the 1815 eruption of Tambora in Indonesia, may have influenced the post-1816 climate conditions. These results emphasise the importance of considering both human-induced disturbances and precipitation occurrences in comprehending a territory's environmental history. [Display omitted] [ABSTRACT FROM AUTHOR]

Monitoring rare and endangered species over the long term is challenging due to limited historical data and comparable methods. Climate and landscape changes can significantly impact species distributions, driving some to extinction. The Forest Owlet is an endangered bird considered extinct but rediscovered after 113 years in 1997. Since its rediscovery, followed by the description of its calls, there have been regular recent sightings of the species from newer locations, leading to its downlisting in the IUCN Red List from critically endangered to endangered. In the Dang region in Gujarat, India, there have been no historical records despite previous systematic ornithological studies over three decades, but have multiple sightings over the last few years. Although we now know a little more about the broad association of the species occurrence with habitat and climate variables, a major focus of this study is to estimate the reasons for the "appearance" of the Forest Owlet in Dangs. We revisited locations of past surveys to determine if the species is currently found in the study sites where it was previously unrecorded. We also examine whether new survey methods using playback of its call could enhance its detection. During resurveys, we located the Forest Owlet at new, previously unrecorded locations. Analyses of satellite imagery products revealed significant changes in the broader Dang landscape, including the loss of native forests, increased agriculture, and shifts in mean maximum temperature and rainfall. Our research suggests playback can enhance detection, although its effectiveness varies across landscapes. A detection strategy for long‐term monitoring was developed using different acoustic detectors. An effective detection distance of 300 m within the habitat was achieved using automated recording units (ARUs). Although the species responds to climate and habitat change, the cause of the increased reports of this endangered species remains undetermined. However, we found increased detections using newer survey techniques involving bioacoustics. We recommend using these techniques carefully for future baseline studies, which are urgently required. [ABSTRACT FROM AUTHOR]

In situ groundwater monitoring is critical for irrigated agroecosystems and informs land cover changes. Yet, such data can pose management challenges and confound agroecological relationships. Correspondingly, satellite-based approaches, including the GRACE-constellation, are increasing. Although in situ and GRACE-derived comparisons occur, limited research considers agroecological dependencies. Herein, we examined differences in groundwater monitoring approaches (observed [in situ, O] vs. predicted [GRACE-derived, P]) within the Yazoo–Mississippi Delta (YMD), an agroecosystem in the southeastern USA. We compared variations in modeled groundwater hydrology, land cover, and irrigation dynamics of the YMD within the upper-quartile (UQ) area of interest (AOI) (highest groundwater levels) and lower-quartile (LQ) AOI (lowest groundwater levels) every year from 2008 to 2020. Spatially, OUQ and PUQ were in northern portions of the YMD, with the OLQ and PLQ in southern portions. Groundwater levels between OUQ:PUQ and OLQ:PLQ each had correlations > 0.85. Regarding land cover, most categories varied within ±2.50% between model estimates over time. Relatedly, we documented 14 instances where correlations between land use category and groundwater level were inverted across models (OLQ:PLQ (5), OUQ:OLQ (6), PUQ:PLQ (3)). Irrigation results were not statistically different among all models. Overall, our results highlight the importance of quantifying model incongruences for groundwater and land cover management. [ABSTRACT FROM AUTHOR]

The alpine grasslands of the Qiangtang Plateau face significant ecological risks due to extensive human activities, particularly in areas along lakeshores and riverbanks, where overgrazing has caused severe degradation and salinization of the grasslands. Conducting fieldwork in such environments presents significant challenges for long‐term community‐scale landscape ecological research. In this study, the habitat characteristics of dominant plant communities in the alpine basin of Zhari Namco were quantified from three perspectives: topography, hydrology, and fractional vegetation cover. Using Aster GDEM and Landsat imagery, five grassland types were mapped for 2001–2021. Based on the spatial variables of area, shape, and distance, 13 landscape indices were selected to observe spatiotemporal changes. The results revealed several key findings: (1) The patch structure of the zonal vegetation Stipa purpurea steppe has undergone a pattern of dispersion‐aggregation‐dispersion in the past 20 years, yet the core habitat area remains unchanged by more than 52%, indicating fundamental stability in the southern Qiangtang alpine grassland; (2) Using the minimally grazed Kobresia pygmaea meadow as a reference, other communities exhibit stability similar to or approaching it, but with significant differences in aggregation level. The gradual expansion of grazing and economic activities has been a driving factor; and (3) Water conservation projects have diversified the use of water resources in river and lakeside habitats. Stipa purpurea + Carex moorcroftii steppe and Carex swamp meadow exhibit optimal carrying capacity, making them the only areas with relatively high sustainability. The study underscores that the current ecological benefits are a result of effective management. However, without proper management, the region could trend towards landscape fragmentation, becoming the most vulnerable zone in the watershed. Therefore, it is essential to strengthen retrospective analysis of grazing intensity and trend analysis of habitat changes to provide a scientific basis for local economic development and grazing management. [ABSTRACT FROM AUTHOR]

Individuals colonizing new areas at expanding ranges encounter numerous and unpredictable stressors. Exposure to unfamiliar environments suggests that colonists would differ in stress levels from residents living in familiar conditions. Few empirical studies tested this hypothesis and produced mixed results, and the role of stress regulation in colonization remains unclear. Studies relating stress levels to colonization mainly use a geographical analysis comparing established colonist populations with source populations. We used faecal glucocorticoid metabolites (FGMs) to assess both spatial and temporal dynamics of stress levels in an expanding population of midday gerbils (Meriones meridianus). We demonstrated that adult males and females had higher FGM levels in newly emerged colonies, compared with the source population, but differed in the pattern of FGM dynamics post-foundation. In males, FGM levels sharply decreased in the second year after colony establishment. In females, FGM levels did not change with time and remained high despite the decreasing environmental unpredictability, exhibiting among-individual variation. Increased stress levels of colonist males damping with time post-colonization suggest they are flexible in responding to immediate changes in environmental uncertainty. On the contrary, high and stable over generations stress levels uncoupled from the changes in the environmental uncertainty in female colonists imply that they carry a relatively constant phenotype associated with the reactive coping strategy favouring colonization. We link sex differences in consistency and plasticity in stress regulation during colonization to the sex-specific life-history strategies. [ABSTRACT FROM AUTHOR]

The study examines human influence on the evolution of beach-dune systems in the Balearic Islands, focusing on afforestation with Pinus halepensis. Historically, actions have been taken to stabilize these areas, significantly impacting the morphology and dynamics of the systems. Through a historical review and analysis of 31 such systems, it is evident that the presence of Pinus halepensis is largely associated with human interventions, significantly affecting the vegetation structure and biodiversity conservation. The systems exhibit variations in size and conservation status, reflecting historical afforestation practices and current challenges in managing these ecosystems. [ABSTRACT FROM AUTHOR]

Copyright of Ecoscience (Ecoscience) is the property of Taylor & Francis Ltd and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

The exponential growth of user-contributed data provides a comprehensive basis for assessing collective perceptions of landscape change. A variety of possible public data sources exist, such as geospatial data from social media or volunteered geographic information (VGI). Key challenges with such "opportunistic" data sampling are variability in platform popularity and bias due to changing user groups and contribution rules. In this study, we use five case studies to demonstrate how intra- and inter-dataset comparisons can help to assess the temporality of landscape scenic resources, such as identifying seasonal characteristics for a given area or testing hypotheses about shifting popularity trends observed in the field. By focusing on the consistency and reproducibility of temporal patterns for selected scenic resources and comparisons across different dimensions of data, we aim to contribute to the development of systematic methods for disentangling the perceived impact of events and trends from other technological and social phenomena included in the data. The proposed techniques may help to draw attention to overlooked or underestimated patterns of landscape change, fill in missing data between periodic surveys, or corroborate and support field observations. Despite limitations, the results provide a comprehensive basis for developing indicators with a high degree of timeliness for monitoring perceived landscape change over time. [ABSTRACT FROM AUTHOR]

Dam failures due to changing hydroclimate and ageing infrastructure pose a significant threat to downstream river systems and communities. The detailed geomorphic effects of catastrophic dam failures are not well known because of a lack of high‐resolution topographic data before and after failures. On 19 May 2020, the 17‐m‐tall Edenville and 11‐m‐tall Sanford dams near Midland, Michigan, USA, failed as a result of significant rainfall over the preceding 2 days. We analysed the geomorphic impacts of these failures using a pre‐failure airborne lidar dataset and three uncrewed aerial vehicle (UAV)‐based lidar surveys collected 2 weeks, 3 months and 11 months after failure. Our survey following the dam failure revealed 47 100 ± 11 900 m3 of net floodplain erosion and 17 300 ± 4200 m3 of net deposition downstream of the Edenville and Sanford dam breaches, respectively. Over the year following failure, most geomorphic change was confined to new knickpoints migrating slowly through underlying glacial till substrate, with little change to riverbanks or surrounding floodplains. A lack of impounded reservoir sediment and antecedent downstream topography, including valley width and the location of the breaches relative to the river below the dams, contributed to relatively modest geomorphic changes despite the magnitude of water released. We provide insight into how landscapes are shaped by catastrophic floods, which are likely to become more common with ageing dams and a changing hydroclimate. [ABSTRACT FROM AUTHOR]

Land-cover change dynamics were investigated in a Mediterranean coastal wetland to evaluate the long-term effectiveness of nature reserve management. A multitemporal analysis of land cover maps was conducted, utilizing visual interpretation of aerial orthophotos from the summer seasons of 1996, 2008, 2015, and 2021. Landscape changes were evaluated by transition matrices and chord diagrams. Maps were classified in accordance with CORINE land cover types at a fourth level of detail. The multitemporal analyses provided a comprehensive overview of landscape changes within the reserve over the past 25 years. The most notable changes were the increase of wetland areas and the reduction of agricultural and artificial areas. Moreover, seminatural vegetation constantly extended over time. These changes reflected the continuous management activities within the nature reserve, encompassing agreements for water supply, restoration projects, and measures to counteract illegality. These operational actions induced fine-grained ecological changes (outcomes at ecosystem level). This study highlighted the importance of remote sensing and landscape analysis, matched with fine-grained management data, as tool for long-term monitoring. Such an approach provides valuable support in evaluating the effectiveness of strategies promoted in nature reserves hosting wet coastal ecosystems of high conservation concern. [ABSTRACT FROM AUTHOR]

Copyright of People & Nature is the property of Wiley-Blackwell and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Ecological restoration programs such as the "Grain for Green Project" (GFGP) have significantly reduced soil erosion and increased vegetation cover on the Loess Plateau (LP) of China over the last decades. The LP has become the paragon of ecological restoration and soil and water conservation across the world and has been highlighted by numerous reports in the literature. However, there is a lack of "seeing is believing" evidence (that is, a picture is worth a thousand words) depicting the effectiveness of the ecological restoration on the LP. Rephotography (repeat photography) was used in this study to compare historical and current photographs of the same locations to explore the landscape changes associated with ecological restoration. Twenty‐nine photo pairs between 1925 and 2021 were compiled and combined with satellite imagery and the deduced Normalized Difference Vegetation Index (NDVI) between 1986 and 2021. This allowed the establishment of a rephotography library reflecting the achievements of ecological remediation and reconstruction on the LP. This in turn provides intuitive and detailed evidence for the ecological environment construction of the LP and resonates with the notion of "lucid waters and lush mountains being invaluable assets". In addition to presenting a great opportunity to investigate landscape change over time, which is difficult to discern using other approaches, the study provides a scientific reference and a basis for government decision‐making. The potential use of rephotography for calibrating remote sensed data was also discussed. Good agreement was found between the NDVI derived from rephotography of large areas and NDVI derived from satellite imageries, which may facilitate the accurate reconstruction of time series NDVI. [ABSTRACT FROM AUTHOR]

Context: The paper studies the possibilities of how the cultural explosion theory and path dependence approach could be used for exploring landscape (change). The former is an approach (not theory) used in humanities and social sciences to study the processes that happen when culture changes rapidly—how new cultural processes are created and how the past ones are integrated or forgotten. The latter is an approach developed also in social sciences, mostly economy, to study how the current decisions are dependent on the past decisions. Objectives: To demonstrate the possibilities the two theoretical approaches might offer. Methods: We discuss the ways landscape change could be analysed using, first, cultural explosion theory and, second path dependence approach, and demonstrate this on the example of the post-Soviet military areas. Results: Both approaches are indeed useful in understanding landscape change. The demo case on military landscapes allows for distinguishing three different development paths for the future of the areas: set-aside, active use, and neglect. Similarly three different ways of relating with the past are found: ignorance and oblivion; acknowledging the past; and making use of the past. Conclusions: Landscapes have time boundaries and these two analytical tools in fact help us to navigate through these boundaries, understand better the trajectories of change and the importance (or the lack of it) of the past. [ABSTRACT FROM AUTHOR]

• Forest experiences are shaped by the environment, activities and personal resources. • Fires create potent environments through changes to enclosure, colour, dead trees. • Main types of experience in burnt forests are aesthetic, restorative and loss/recovery. • Connection to nature draws attention to loss/recovery, leading to sadness and hope. • Thought-based adaptions to fire include belief forests are dynamic and a fire aesthetic. Natural environments are changing with shifts in fire regimes. A little-understood impact is change to the interactions people have with forests. Generally, forests invoke positive feelings, but wildfire changes both forests and people's experiences of them. These were investigated with attention to the ever-changing physical characteristics of fire-adapted forests. In a mixed method approach, interviews were used to explore the subjective experiences of 57 adults in forests at different times since fire. A photo-based survey with 529 responses enabled further analysis of forest characteristics in experience. The Human-Environment Interaction (HEI) model guided analysis of experience events on four factors which shape them: the physical environment, activities undertaken, personal resources and social support. We found that bushfires create potent environments by changing the sense of enclosure, colours and dead trees in forests. Different levels of environmental potency combine with activities and personal resources to invoke different types of experience, the main ones being aesthetic (feelings of pleasure) restorative (relaxation) and loss/recovery (sadness mixed with hope). Personal resources are particularly important in the loss/recovery type. People who are connected to nature (one such resource), feel the loss of forest elements, but also notice forest recovery, which inspires hope. As fire frequency increases with climate change, experiences can be expected to become more negative overall. However, thought-based adaptations may be occurring in the spread of beliefs that forests are inherently dynamic and in the emergence of a fire aesthetic. Forest managers can assist people to come to terms with wildfires by providing access to forests postfire and by engagement to encourage adaptation. [ABSTRACT FROM AUTHOR]

[Display omitted] • Analysis of landscape changes in Poland (2005–2020), with political, socio-economic, and cultural forces as key drivers. • Study combined quantitative mapping and qualitative surveys to assess landscape changes and their driving forces. • Political, socio-economic, cultural, technological, and natural forces shaped urban, rural, and mosaic landscapes differently. • Political forces were found to be the most significant drivers of landscape changes in the studied period. • Urbanization, afforestation, and succession were seen positively, while industrialization received more negative views. Over past 20 years analysis of driving forces of landscape change have become a popular research topic, but there is still insufficient amount of research on this issue in the countries of Eastern Europe. This is all the more important as a number of factors have accelerated changes in the landscape in the countries that have joined the European Union in recent years. The results of the research presented in the article concern the identification of those forces that significantly influenced the shape of changes from the perspective of residents living in different types of municipalities from the Lower Silesia region. The research approach used was to identify the landscape transformations that took place in the 3 time intervals 2005–2010, 2010–2015, 2015–2020, and then to present them in the form of a questionnaire to the inhabitants of the 6 municipalities that lived in the study area during the study period, asking them to identify which of the indicated phenomena or processes contributed to the indicated landscape transformations. The driving forces most often indicated by residents of the analyzed municipalities can be categorised as political forces (40.66 %), socio-economic forces (20.74 %) and cultural forces (16.61 %). However, the results showed differences in the reported drivers of landscape change depending on the type of landscape in which the changes occurred. In urban landscapes, the proportion of cultural drivers increased significantly, in contrast to agricultural or forest landscapes where natural and political forces were more important. [ABSTRACT FROM AUTHOR]

In Australia, coal seam gas (CSG) could help to meet growing demands for cleaner alternatives to coal, thus making it important for the energy transition. By developing such an industry, not only does an energy resource become available, but large water volumes are also extracted, especially in the first stages of production. The purpose of this paper is to analyze the impacts of a large-scale coal seam gas industry on the landscape. Specifically, the research intends to explore how coal seam gas has changed the landscape of the agricultural production area in Western Downs, Queensland. In this Australian State, the water associated with coal seam gas production is considered an asset and the legislation in force encourages beneficial use of such resources. Comparison of aerial pictures highlights how, in a short timeframe, the local rural landscape has changed considerably due the extensive development of unconventional gas resources. The coal seam gas industry has provided the host region with opportunities for local development, but the issue of the sustainability of these new mining and non-mining activities still needs to be properly addressed. • Coal seam gas-associated water is potentially a valuable commodity. • In Queensland, the coal seam gas development footprint is quite extensive. • Landscape changes are related both to gas and CSG-associated water extraction. • Unsteady amounts of CSG-associated water pose challenges to the agricultural sector. [ABSTRACT FROM AUTHOR]

Today, climate change is affecting virtually all terrestrial and nearshore settings. This commentary discusses the challenges of measuring climate‐driven physical landscape responses to modern global warming: short and incomplete data records, land use and seismicity masking climatic effects, biases in data availability and resolution, and signal attenuation in sedimentary systems. We identify opportunities to learn from historical and paleo data, select especially sensitive study sites, and report null results to better characterize the extent and nuances of climate‐change effects. We then discuss efforts to improve attribution practices, which will lead to better predictive capabilities. We encourage the Earth‐science community to prioritize scientific research on climate‐driven physical landscape changes so that societies will be better prepared to manage the effects on health and safety, infrastructure, water–food–energy security, economics, and ecosystems that follow from climate‐driven physical landscape change. Plain Language Summary: Modern global warming will ultimately affect physical landscape processes virtually everywhere on Earth, and some of those effects are evident already. This commentary describes the challenges to measuring climate‐driven physical landscape responses to global warming: short and incomplete data records, land use and earthquakes masking climatic effects, biases in data availability and resolution, and climate signals becoming harder to read at the downstream end of a landscape. We discuss ways to collect more informative data in key locations to better understand climate‐change impacts, while also diligently reporting where impacts are not evident. Forming a more complete picture in these ways will mean societies are better prepared to predict and manage impacts on human health and safety, infrastructure, water–food–energy security, economics, and ecosystems that are linked to climate‐driven physical landscape change. Key Points: Modern anthropogenic climate change affects a vast range of geomorphic settingsWe identify challenges of measuring physical landscape response to modern climate change and opportunities to improve studiesBetter understanding physical landscape impacts will prepare societies to manage hazards and economic effects of climate change [ABSTRACT FROM AUTHOR]

Land-use change is the main driver of biodiversity loss in the Mediterranean basin. New socio-economic conditions produced a rewilding process so that cultural landscapes are being invaded by more natural habitats. We analyze the effects of landscape change on the demography and the spatial distribution of Crocidura russula in six protected areas of the western Mediterranean basin. The study was conducted in the period 2008–2020 on 19 live trapping plots representing the three main natural habitats of the area (scrubland, pinewood, and holm oak woodland). We used a multiscale approach to ensure that the scale of response matched landscape structure (from plot to landscape) using either vegetation profiles (LiDAR) and land use data obtained from years 2007 and 2017. Statistical models (multiple-season single-species occupancy models) showed that C. russula populations were strongly associated to habitat features at the plot level. These models were used to predict occupancy at sampling units for the whole study area (850 km2), showing contrasting trends that shifted at relatively small spatial scales (expansions and retractions of species ranges). Parks showing extreme scrubland encroachment (−8% of area) and afforestation (+6%) significantly reduced habitat suitability for shrews and reductions in occupancy (−5%). Results would indicate faster changes in the spatial distribution of the target species than previously expected on the basis of climate change, driven by fast landscape changes. [ABSTRACT FROM AUTHOR]

The Empordà plain attests to a remarkable mixture of Late-Holocene cultural exchanges and colonial processes. This includes the founding of Emporion, the earliest Greek colony in Iberia, and of the Roman city of Emporiae. This study aims at assessing landscape changes related to indigenous and colonial settlement in this unique scenario where the shaping of cultural landscapes occurred within a dynamic coastal ecosystem. We carried out a high-temporal resolution palaeoenvironmental study in Els Estanys, a palaeowetland located in the vicinity of Emporion-Emporiae. Palynological, sedimentological and geochemical indicators were coupled with available archaeological and archaeobotanical data-sets. Between 1100 and 800 cal BC, the settling of Urnfield Late Bronze societies resulted in the sustained clearance of woodlands and moderate agropastoral exploitation of coastal ranges. During this period, marine-influenced lagoonal areas were poorly exploited. During the Iron Age (800–450 cal BC), a threshold in the landscape construction of the area occurred with the first pastoral exploitation of lagoonal areas, intensified cereal cultivation, controlled burning, and enhanced deforestation following the settlement of Iberian groups. Greek colonisation (580–200 cal BC), did not trigger intensified farming exploitation or landscape clearance, nor did it imply the introduction of new land uses or crops in the hinterland. Exploitation of the latter continued relying on cereal cultivation and grazing, as before, suggesting the permanence of indigenous landscapes and practices in the hinterland. To the contrary, urban and periurban landscapes played a significant role in the construction of the colonial landscape with the introduction of olive groves likely as ornamental trees. Roman conquest and colonisation of the area constituted a new threshold in the occupation and management of the hinterland with (1) intensified rural settlement; (2) expansion of wet pastures and removal of littoral woodlands; (3) development of diversified cropping activities; and (4) development of mining and smelting activities. [ABSTRACT FROM AUTHOR]

There is little doubt insects and other "creepy crawlies" make up the bulk of life on Earth, and yet their immense influence on landscape change and development have not really garnered adequate attention in geomorphologic and zoogeographic research. What studies do exist focus almost exclusively on ants and termites. Unfortunately, this barely scratches the surface of the myriad of ways in which insects influence – and are influenced by – various landscape dynamics. There are so many more "earth movers" within the broad entomologic designation beyond the obvious anthills and burrows, and with them so much potential to discover new and exciting connections between Earth and its most abundant group of occupants. Honoring the chronically curious and exploratory legacy of the late Dr. Orme, this paper offers a review of extant research bridging geomorphology and entomology, supplemented by observational vignettes exploring "entomogeomorphology" as a potential branch of scientific exploration. Much like Dr. Orme's diverse research foci, there are very few landscapes left untouched by some form of insect activity and it is time we start paying more attention. [ABSTRACT FROM AUTHOR]

The paper presents structural features and the process and intensity of landscape changes in the Central Lika Region of Croatia, in the transitional, post-socialist and post-war periods (1980–2012). The aim of this paper is to analyse regularities and interrelations between the changes in structural features and the intensity of the processes that cause change. By using GIS spatial analysis methods, the shape, position, and condition of landscape patches were defined for each year. The diachronicprocess analysis, with the application of a specially-developed index — the Landscape Development Index (di) — made it possible to determine the intensity of development of individual landscape elements. The landscape was observed using the concept of Land Use/Land Cover (LULC) and, for this purpose, data from the CORINE Land Cover database were used for 1980 and 2012. The results showed fragmentation and an increase in the number and complexity of patches, as well as a decrease of the core patch area. Consequently, the increase of the share of edge areas has increased vulnerability to external influences and changes. Applying the Landscape Development Index (di) showed advantages compared to a standard comparison of the two conditions or synthetic indices, enabling the intensity of each observed phenomenon/process to be determined, and allowing for deeper spatial and temporal analysis as well as better understanding of landscape development. [ABSTRACT FROM AUTHOR]

China is one of the world's fastest-growing countries, and the scale of its cities continues to expand, causing tremendous changes to the ecological environment. The purpose of this research is to improve urban fringe future planning from the perspective of landscape preference. This study takes the area of Shenyang City as an example and selects six locations with high consensus on the tested areas. We used the narrative interview method for the landscape paradigm, combined with spatial quantification, government policies, and major events, to conduct a comprehensive analysis and summarize past environmental appearance. A content analysis method was also used to summarize the landscape features that residents prefer after 15 years of environmental changes, including three types and ten dimensions. From the perspective of landscape preference, a plan for urban fringe areas is proposed. [ABSTRACT FROM AUTHOR]

Monitoring and Assessment (M&A) of environmental resources aims to support the formulation of policies and follow up on outcomes of their implementation. In this study, the state of M&A is explored for Ethiopia with a focus on forests and water resources. The study is intended to serve as recommendations for future M&A applications in Ethiopia, as well as fulfillment of SDGs and other national and international commitments. Expert meetings, key informant interviews, and selected document analysis served as sources of information. The findings were summarized using qualitative grading and institutional mapping. Basic results of the study are that monitoring data on climate and streamflow are standardized in forms that can be communicated to policymakers. Scantier and less standardized are environmental data on soils, sediment transport, forests, biodiversity, and air quality. Water quality, soil moisture, groundwater level, forest biomass, and soil carbon are rarely monitored and can only be found in reports or studies for the fulfillment of academic degree requirements. Resources like nutrient fluxes have rarely been documented, not at all in some cases. There is considerable scope for tapping both technological advances and experiences of citizen science and local participation in environmental governance to rapidly expand and improve monitoring from local to regional and national scales. The study showed that there is a need for establishing a coordinated national system for monitoring and assessing the status of the environment, including the use of natural resources. Communicating such data to the scientific and wider public will support evidence-based planning and policy-making towards national development. [ABSTRACT FROM AUTHOR]

Ecosystems are the basis for production of services that are vital for human wellbeing. In this study, land use/land cover (LULC) data of over four decades was used along with ecosystem service values (ESV) of biomes to understand the temporal and spatial changes in ESV of landscape. Perception of local communities about ecosystem services was also analyzed. The study indicated that due to land use changes from 1973 to 2015, a total of US$ 22.78 million of ecosystem services was reduced. Sensitivity analysis of the proxies used to estimate values gained/lost indicated that the results are inelastic and the use of global data sets to estimate ecosystem services of biomes is reasonable and robust. Local communities in the study area also recognized the ecosystem services of the forests as one of the most important environmental benefits they are obtaining from and identified the ecosystem services lost as a result of land use change from forest. The use of LULC data along with established ESV data sets reduce the costs of ground data collection, help in tracking of past environmental changes and acquisition of quick and reliable results that can be used for decision making processes. In addition, understandings of local communities' perception about the condition of ecosystem service will help to reinforce the existing methodologies to enhance sustainable environmental resources. [ABSTRACT FROM AUTHOR]

Landscape multifunctionality is increasingly recognized as an important aspect in sustainability and developmental debates. Yet, how and why a multifunctional landscape configuration develops over time has not been sufficiently studied. Here we present the geoarchaeological investigation of the Santa Mariña de Augas Santas site, in northwestern Spain. We focus on the role of religious practice, and of its interplay with productive strategies, in landscape transformation. A geochemical, mineralogical, and geochronological characterization of the pedo-sedimentary record (including XRF, EA-IRMS, XRD, OSL and 14C measurements) allowed to characterize catchment scale sedimentation processes in relation to agricultural activities. The geographical and chronological coincidence of production functions with documented religious activities demonstrate that both aspects shared geographical spaces during the last millennium. Current landscape multifunctionality at Santa Mariña is thus not the final outcome of a specific evolution, but an essential aspect of traditional land use strategies through history and a driver of change. This work highlights the need of a long-term study of the processes of landscape configuration when assessing the sustainability of traditional productive systems. [ABSTRACT FROM AUTHOR]

The change on Virunga National Park (VNP) landscape due to climate change, anthropogenic activities and natural disasters calls for appropriate monitoring and management policies. This study aimed to assess and compare the factors conditioning landscape change during volcanic eruption at VNP located in the East Africa from 1990 to 2018. Land use and land cover Landsat 5 images of 1990 and 2004, and Landsat 8 images of 2018 were analyzed by the supervised maximum likelihood classification techniques. The calculation of Normalized Difference Vegetation Index (NDVI) and its relationship with precipitation and temperature referred to the same images. Remote Sensing (RS) and Geographic Information System (GIS) facilitated data analysis. The results highlighted human activities as key drivers to landscape changes recorded in the central and northern parts. The southern part recorded high extent of changes which transformed 8.36 Km² of the park into new lava flow linked to 11.6 Km² of grassland and almost 1 Km² of shrubland changed into lava plains. The two volcanoes are associated with volcanic plume and gas emission, which mainly cause NDVI perturbation. This study can serve as a baseline in the conservation and management of protected areas and reduction of volcanic effects on national parks. [ABSTRACT FROM AUTHOR]

Contributing to the cultural ecosystem services literature, this paper draws on the in-depth place narratives of two coastal case-study sites in Wales (UK) to explore how people experience and understand landscape change in relation to their sense of place, and what this means for their wellbeing. Our place narratives reveal that participants understand coastal/intertidal landscapes as complex socio-ecological systems filled with competing legitimate claims that are difficult to manage. Such insights suggest that a focus on diachronic integrity (Holland and O'Neill 1996) within place narratives might offer a route to more socially and culturally acceptable environmental management strategies. [ABSTRACT FROM AUTHOR]

Managing landscape change is increasingly challenging due to rapid anthropogenic shifts. A delicate balance must be struck between the environment and change to ensure landscapes can withstand these impacts. This study conducted in the Tunca River sub-basin of Edirne province, aims to assess landscape sensitivity by examining the influence of land use/land cover (LULC) and climate change on landscape function processes. For this purpose, a methodology was developed based on ecosystem services to determine landscape sensitivity. The results revealed a LULC transformation that could lead to a 60% reduction in forest areas and a 5% and 20% increase in urban and irrigated agricultural areas, respectively. Water and erosion emerged as the most affected landscape function processes. Future scenarios from 2050 to 2070 indicate noteworthy changes in landscape sensitivity, showing an increase in sensitivity in the upper regions of the basin. The study identified high sensitivity in forested areas, moderate sensitivity in agricultural zones, and low sensitivity in micro-basins near residential areas. Protection and improvement strategies are recommended for areas with high and moderate sensitivity, while use-oriented strategies are suggested for those with low sensitivity. This study also establishes a scientific foundation for guiding the protection and management of ecologically sensitive basin areas, offering insights into the effects of landscape change processes at the micro-basin level in connection with climate change models. • The landscape sensitivity framework provides the basis for landscape protection and use decisions. • Landscape sensitivity helps to identify ecologically problematic areas. • Increased urbanization reduces infiltration capacity. • In the 2070 scenario, low and moderate sensitivity micro-basins increase. • Sensitivity is projected to increase in the northern parts of the basin in the future. [ABSTRACT FROM AUTHOR]

Context: Literature on the ecological impacts of landscape change (LC) has increased dramatically over the last few decades. However, there has not been systematic evidence from a landscape ecology perspective about the evolution of research in this field as well as the main gaps in knowledge. Objectives: Our objective was to track the advancement of research on ecological impacts of LC by identifying the main topics, as well as emerging trends, primary findings and main impacts of LC in a Chilean biodiversity hotspot. Methods: We used CiteSpace to conduct a bibliometric analysis to represent the knowledge domain and to identify scientific literature related to the impacts of LC in a Chilean biodiversity hotspot between 1990 and 2019. Results: We found that articles most frequently focused on compositional attributes of biodiversity (41%) and on analyzing impacts at the community (43%) and population level (34%). In particular, changes in community structure and composition and biologic interactions were the most frequently studied. Research on quantifying forest loss and fragmentation using spatially explicit modeling techniques over a long temporal scale were a turning point in LC impact research. We found several gaps in LC research, including lack of studies that simultaneously address multiple levels of the ecological hierarchy and that address linkages between ecological processes and the provisioning ecosystem services. Conclusions: Studies that address the impacts of LC at multiple levels of ecological hierarchies and on ecosystem processes and services are needed. Furthermore, our findings highlight the importance of place-based research syntheses to identify research gaps and meet sustainability goals. [ABSTRACT FROM AUTHOR]

Northwestern Canada's discontinuous permafrost landscape is transitioning rapidly due to permafrost thaw, with the conversion of elevated, forested peat plateaus to low‐lying, treeless wetlands. Increasing hydrological connectivity leads to partial drainage of previously‐isolated bogs, which have been observed to subsequently develop hummock microtopography. However, the role of microtopographic features in the future trajectory of the transitioning landscape is unclear, including their potential controls on tree re‐establishment. In order to understand the role of hummocks in landscape change, research was conducted at the Scotty Creek Research Station, Northwest Territories, to measure hummock and black spruce tree physical characteristics, and assess tree and hummock spatial coverage in peat plateaus, collapse scar bogs and the advanced transitional feature known as treed bogs. Canopy coverage in all landforms and wetland hummock areal coverage was assessed using a LiDAR (Light Detection and Ranging) canopy gap fraction model and multispectral imagery. Hummocks, which are not underlain by permafrost but contain seasonal ice, support the establishment of black spruce trees due to favourable soil moisture conditions. Hummock flank moisture in treed bogs is intermediate between those of dry peat plateaus and inundated collapse scar bogs. Black spruce trees on peat plateaus and in treed bogs are significantly taller and of greater circumference than those in collapse scar bogs. The spatial distribution of hummocks and canopy coverage of black spruce trees in treed bogs collectively suggest that these features may play an important role in the advanced stages of permafrost thaw‐driven transition of the discontinuous permafrost landscape. [ABSTRACT FROM AUTHOR]

Low-intensity agriculture is important for the conservation of many European habitats and species. However, biodiverse farmlands—also referred to as high nature value (HNV) farmlands—are threatened by years of agricultural intensification and land abandonment. Considering the ongoing changes in land-cover—evident throughout Europe—it is important to assess how land transformation is affecting HNV farmlands. Here, we evaluate land-cover changes within HNV farmlands during 2006–2018. We find that HNV farmlands inside Natura 2000 sites are less likely than those outside to be converted to artificial surfaces and more likely to maintain mosaic farming. However, land transformation patterns vary between member states, suggesting that different processes are driving the land-cover changes within each state. We recommend that member states support HNV farmers by making a more effective use of the Common Agricultural Policy (CAP) and that the EU prioritizes the protection of HNV farmlands during its next CAP reform post-2020. [ABSTRACT FROM AUTHOR]

Family farms of southern New Zealand, by effective integration of their biological engines—equine, ovine and bovine—sustained a rising productivity for half a century. In response to demand in the North Atlantic core, settlers on a South Pacific frontier were converting indigenous landscapes of tussock, scrub and wetland to introduced grasses. The comments that farmers entered to a daybook or reported to a journalist demonstrate a systems understanding. The changes in landscape and diet were part of a worldwide trend towards dependence on grass, recognized today as a source of severe environmental costs. [ABSTRACT FROM AUTHOR]

Transition from conventional energy into a system based on renewable energies was decided in Germany in 2002. Its implementation was accompanied by a controversial discussion about food safety, biodiversity, and landscape change. This study assesses potential changes in skylark occurrence caused by a spatial expansion of bioenergy crops in the administrative district of Schwäbisch Hall, Germany, using a Generalised Linear Habitat Model approach combined with remotely sensed land use information. Predictions for the occurrence of skylarks were developed for the land use distribution in 2011, and a close to reality bioenergy scenario with reduced crops. Prediction of skylark territories based on the land use classification of 2011 resulted in 46 269 territories. Skylark territories for the bioenergy scenario resulted in 36 472 territories, which as 8797 fewer skylark territories, represents a decline of nearly 20%. Our study helps elucidate and quantify the effects of spatial extension of bioenergy crops on skylark. [ABSTRACT FROM AUTHOR]

Since the 90s, tourism-induced landscape change has become a widespread phenomenon for villages outside major Chinese metropolises. Focusing on Zhangjiazha Village of central China, this study applies mixed methods to examine tourism-induced changes in landscape morphology, function, and structure. Results indicate that while Zhangjiazha's tourism development has improved rural road quality, living conditions, and land-use efficiency, it has induced negative changes in landscape morphology and traditional lifestyles. Study conclusions are vital for understanding the widespread impacts of tourism village restructuring, highlighting consideration of resident interests / well-being as crucial for sustainable land conversion and resettlement along China's rural-urban fringe. [ABSTRACT FROM AUTHOR]

Landscapes are changing, with rural areas becoming increasingly urbanized. Children and adolescents are underrepresented in the sense-of-place literature. Our study aimed to understand how adolescent residents of a rural–urban transition area perceive and value their urbanizing landscape by examining sense of place and perceptions of landscape change. A Public Participation GIS approach, accompanied by a questionnaire survey, was applied to elicit responses from a sample of 747 students aged 12–18 in Colmenar Viejo, Madrid (Spain). Respondents' sense of "self-in-place" or home range was small, around 1 km, although valued places were identified up to around 17 km away, and occasionally further afield. Most responses were associated with urban land, with clear difference between the urban core, strongly associated with emotions, and the suburbs, with activities. Functional locations (i.e. sports facilities) and places which were valued for their social meaning (i.e. shopping malls), could be differentiated. Students were perceptive about change processes in the urban area, but not about those on the peripheral semi-natural land. Younger children were less aware than older children of spaces outside of the town and carried out fewer activities there. Females carried out fewer outdoor activities than male adolescents. In contrast to the adult population, students were more strongly focused on urban areas than on their surrounding rural landscapes. Here, awareness-raising and incentives are needed, particularly those encouraging females into the use of areas beyond the urban land. Our results suggest a lack of meaningful integration between the core city and the periphery, with lessons for urban planners. [ABSTRACT FROM AUTHOR]

North-east India is constituted of highly diverse ecosystems with unique characteristics with high dependency on primary sector income (86% on agriculture). It is very crucial to look into the issues like agriculture, ecosystem services and sociocultural aspects of endemic population, while urban areas are expanding. This paper examines the issues pertinent to peri-urban expansion with a case study from the biggest city of the region, Guwahati. The scope for sustainable development planning in peri-urban region through analysing spatial, economic, social, institutional and environmental aspects has been incorporated in this paper. Landscape research has been enhanced with temporal and spatial analysis of land-use and land-cover change for better landscape management. Remotely sensed data are the most important data source for land-cover change trajectories over three decades at three points of time (1991, 2001 and 2011) for the selected study landscape. This research explores the temporal composition of the main land-use land-cover classes. The major changes in land-use land-cover classes observed from the study are reduction in natural land cover (from 83.57 to 61.85%) and increase in built-up area (from 0.96 to 15.39%) and agricultural (from 6.01 to 15.59%) uses. Despite the intensification of agricultural land area, there has been decrease in agricultural livelihoods and subsequent reduction in income contribution from natural resource-based livelihoods. These findings on land-use land-cover change can be inferred as the impacts of peri-urbanization leading to degradation of agricultural land, deforestation, deterioration of wetland and wild habitat destruction. [ABSTRACT FROM AUTHOR]

The aim of the study is to present landscape changes in the nineteenth century in the central part of the Upper Silesian Industrial District, which is the municipality of Katowice (southern Poland). The comparison of changes, particularly components of the geographical environment, is based on two time periods – the year 1827 and 1883. Nineteenth-century maps were georeferenced, digitized and a series of thematic spatial visualizations presenting quantitative changes were generated by means of the Geographic Information System (GIS). The scale of the visualization created is 1:100,000 and the area is 16,400 ha. The spatial visualization of quantitative landscape change shows the development of the anthropogenic pressure in the form of settlement areas, raw materials extraction places, roads, and the decrease of natural environments, such as forests, rivers, and water bodies. These changes were caused mainly by the exploration of underground deposits and the rapidly growing population of Upper Silesia. [ABSTRACT FROM AUTHOR]

This paper seeks to focus on the way in which land transformation related to the grabbing process are directly involved in people's livelihoods and life projects. We use the term territorial grabbing instead of green grabbing (or just land grabbing), because even though the case that we illustrate in our work can be describe as a green grab, we make a call for the necessity of a comprehensive analysis of the socio-spatial implications that polices such as the governmental environmental conservation agenda can implicate for individuals and communities in terms of impacts, influences, and [re]significations of their territories and territorialities. Therefore, our objective is to go beyond the discussion on the appropriation of land and resources for environmental purposes (and therefore the discussion of land dynamics in relation to globalization, foreign investment, markets liberalization, violence, and control) to bring also into the debate the diverse socio-spatial implications and meanings that create a geographical imagination capable of having profound influences on the way in which people and groups understand their place in the world. [ABSTRACT FROM AUTHOR]

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Since the beginning of landscape research there has been an intent to express and compare the grade of anthropogenic transformation, or even the naturalness of landscapes, by applying objective landscape analytical methods. The most preferred indicator for this kind of landscape study is the state of vegetation or ecosystems. In our study land cover classes and their influences on soil properties were applied to characterize the grade of anthropogenic transformation and their temporal changes in Hungarian micro- and mesoregions. Based on our results, we could point to the spatial extent and differences among micro- and mesoregions, how far they are affected by ongoing abandonment and the extensification of land use and soils, as well as the localization of well-known and widely studied soil- and landscape degradation processes as a consequence of urban and industrial sprawl and intensive agriculture. [ABSTRACT FROM AUTHOR]

Context: Landscape patterns have been measured as a fundamental part of landscape ecology, especially with increasing computational power and availability of landcover data. Among the challenges associated with landscape measurement is identifying the appropriate scale of application, both temporal and spatial. Measurement of landscape patterns in highly-dynamic landscapes is especially challenged by temporal scale selection. Objectives: This short communication focuses on how landscape pattern measurements vary in response to normal variability in a highly-dynamic landscape Methods: For a small agricultural landscape with known crop rotation dynamism sequences, a simulation model provided 30 years of crop rotations. These 30 different landscapes were measured with landscape pattern measurements and the variability of the measurements was assessed. Results: Almost half of the measurement values were outliers, and 12 of the 30 years had at least one outlier landscape pattern measurement value, even though the basis of landscape change was a normative agricultural practice. For a consistent but dynamic landscape, some landscape measurements or simulation years had high variability, demonstrating that inferences from highly-dynamic landscapes need to be based on fine-resolution time steps. Conclusions: The application of landscape pattern measurements continues to be a common method in landscape ecology, and temporal dimensions are key to detecting change and what might be causing or responding to that change. The temporal resolution of change implies that highly-dynamic landscapes require more-frequent sampling, and that comparisons for agricultural landscapes over long time periods requires more than a single temporal endpoint. [ABSTRACT FROM AUTHOR]

• Landscape context can influence family-forest owner decision-making. • Broad-scale patterns in use of estate-planning and land conservation tools differ. • Improved spatio-temporal data are critical to research on owner-landscape feedbacks. We examined broad-scale patterns in family forest owners' decisions to use estate planning and conservation tools, and participate in preferential tax programs in eight forested landscapes of the United States. We focused our analyses on patterns across regions and states, and scrutinized the impacts of adding regional and state fixed effects to discrete choice models of owner behaviors. We used chi-square testing and binary discrete choice models to analyze mail-survey responses collected from landowners. Our exploratory research revealed distinct broad-scale patterns by owner decision, with the strongest evidence of state and regional variation in owner participation in preferential tax programs and some evidence of such variation in decisions to use wills and trusts. In contrast, we detected no such differences when examining decision-making about conservation easements across regions or states. Our findings in support of state and regional effects suggest forested landscape contexts beyond owner and parcel characteristics matter and could potentially drive differences in behaviors and forest outcomes. Measures of regional and state fixed effects can provide useful information about contextual differences across forested landscapes, such as differences in public programs and engagement aimed at owners. They can also inform the appropriateness of transferring insights across landscapes. Building on these findings, we share guidance for future data collection and research, including how improved monitoring and greater consideration of contextual factors beyond individual and ownership characteristics could enhance understanding of family forest owner decision-making and landscape change. [ABSTRACT FROM AUTHOR]

Riverine systems are influenced by historical and current land use practices linked to alterations in the riparian zone across multiple scales. This study aims to explore the trend of spatiotemporal land cover changes and configuration along a major headstream of the river Ganges in India. Geo-spatial tools were used to quantify the changes in the landscape across a time span of 22 years. Landscape configuration was quantified by applying class level metrics using the software FRAGSTATS. A loss of 18.3% and 5.5% in the dense forest class was perceived in the upland and the riverine areas respectively aided by conversion of large contiguous forests into smaller isolated patches. Markov analysis showed that the forests in the landscape still possess inherent resilience capacity as indicated by a probability of 47% conversion of open forest class to dense forest class in future based on current land-use practices. Land cover changes and forest fragmentation can have inevitable impacts on ecological functioning and species persistence. Monitoring these changes is fundamental in planning future strategies for riverine landscape management. The present study underpins the utility of remote sensing and GIS in building useful baseline data for inaccessible mountainous landscapes at both local and regional scales. [ABSTRACT FROM AUTHOR]