Warner College of Natural Resources

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https://hdl.handle.net/10217/195522

These digital collections include the materials from the Mongolia Project and datasets from the Warner College of Natural Resources.

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Open Access
Planning an agent-based network for livestock production and meat distribution in Mongolia
(Colorado State University. Libraries, 2015-06) Yan, Wanglin, author; Oba, Aikihiro, author; Balt, Suvdantsetseg, author; Nutag Action and Research Institute, publisher
This paper reviews the problems of livestock production in Mongolia and proposes an agent-based meat distribution network composed of multiple players. Agents sell and buy products and services, equipped with intelligent capacity of knowledge and physical capacity of freezing meat stock, livestock, and forage stock. Local governments and communities are the key for enhancing food security. The network, as a whole, is green, clean and resilient to climatic and market disturbance.
Open Access
Early warning system for pastoral herders to reduce disaster risk by using a mobile SMS service
(Colorado State University. Libraries, 2015-06) Balt, Suvdantsetseg, author; Oba, Akihiro, author; Wanglin, Yan, author; Myagmarsuren, Altanbagana, author; Nutag Action and Research Institute, publisher
Herders in Mongolia are directly affected by climate change impact more than urban residents. This research project is developing an early warning system to prevent disaster risk by using mobile SMS services based on the partnership between a scientific research group, local policy makers, industrial technology developers and support of pastoral communities. The mobile message based forecasting system has included common weather information, forage information and other local requested information and been delivered in current time since August 2013 in a case study in Biger soum of Gobi-Altai province, Mongolia. After the system had been implemented 98% of participants agreed they had improved knowledge about adaptation to dzuds, understood the importance of information access, found it was manageable for their daily job and believed it would help reduce impacts of climate disasters.
Open Access
A journey down the Tuin: the hydraulics of an internal draining river from the Khangai Mountains to the Gobi Desert
(Colorado State University. Libraries, 2015-06) Fassnacht, Steven R., author; Venable, Niah B. H., author; Odgarav, Jigjsuren, author; Sukhbaatar, Jaminkhuyag, author; Adyabadam, Gelegpil, author; Nutag Action and Research Institute, publisher
River systems flowing through semi-arid and arid regions provide critical ecosystem services for inhabitants of these areas. In remote and/or difficult to access areas away from population centers, few direct measurements exist to characterize the nature of streamflow in these systems. The Tuin River flows from the rugged high mountain and forest steppe landscape of the Khangai Mountains in central Mongolia to its terminus at Orog Lake in the desert steppe and sand dunes of the northern Gobi Desert. Field measurements taken in June 2012 at numerous locations from river headwaters to mouth were used to characterize streamflow in the main river channel and associated floodplain. From these measurements, channel hydraulic characteristics were estimated and hydrologic properties were assessed using a digital elevation model and other spatial data. These properties include contributing area, slope, hydraulic radius, and channel roughness. During the low flow conditions of the survey, streamflow was decreasing from upstream to downstream. At a point between the Bayankhongor and Bogd gaging stations, streamflow ceased at the surface and reappeared approximately 10 kilometres downstream, exemplifying losing flow conditions and subsurface flow components. The results of this analysis could be scalable to other internally draining river systems, especially for hydrologic modelling.
Open Access
Changes in soil properties along grazing gradients in the mountain and forest steppe, steppe and desert steppe zones of Mongolia
(Colorado State University. Libraries, 2015-06) Baasandorj, Ya., author; Khishigbayar, J., author; Fernandez-Gimenez, M. E., author; Tsogtbaatar, J., author; Delgertsetseg, R., author; Chantsallkham, J., author; Nutag Action and Research Institute, publisher
Recent debates about the condition of Mongolia's rangelands and possible causes of rangeland change highlight the need for greater understanding of changes in grassland soil fertility and physical characteristics associated with grazing. As part of a large observational study of grazing effects on different Mongolian ecological zones and soil types (ecological sites), we studied soil characteristics along grazing gradients from winter shelters in the mountain and forest steppe, steppe and desert steppe ecozones of Mongolia. Our objective was to determine how grazing affects soil properties in winter pastures in different ecological zones and ecological sites within zones, based on grazing gradients. Our findings did not support our hypothesis that livestock grazing along a grazing gradient from winter shelters would lead to increased concentrations of nutrients (C, NO3-, P, K and humus) near the shelters. Instead, where soil chemical properties differed with distance, they were lowest close to winter shelters and higher with increasing distance. As hypothesized, we observed greater bulk densities nearer to winter shelters than farther away. Our hypothesis that grazing effects on soil properties would vary among ecological sites also was not supported. Further experimental and observational studies are needed to understand grazing effects on soil properties at different spatial scales and to examine feedbacks between livestock-induced changes in plant communities and soil quality.
Open Access
Defining the ecological site descriptions and its use as a rangeland management tool in Mongolia
(Colorado State University. Libraries, 2015-06) Densambuu, Bulgamaa, author; Ulambayar, Budbaatar, author; Battur, Ankhtsetseg, author; Sainnemekh, Sunjidmaa, author; Nyam-Ochir, Gankhuyag, author; Bestelmeier, Brandon, author; Nutag Action and Research Institute, publisher
The concept of classifying any area into ecological sites, according to that area's productivity, based on varying soil, climatic and hydrological conditions, and its capacity to endure different intensities of use and to recover from degradation, and of using this classification as a basis of rational use of natural resources is more and more recognized internationally. Since 2009, the Green Gold Project funded by the Swiss Agency for Development and Cooperation (SDC) has been exploring opportunities to develop the ecological site description (ESD) concept for Mongolian rangelands and use it as an essential tool of rangeland management. Based on soil, vegetation and geomorphological data collected from approximately 500 points representing nationwide environmental zones, we developed the ESD concept for the Mongolian context. According to this concept Mongolian rangelands are divided into some 20 zones, representing distinct ecological potentials. Based on these plot data and state and transition models a preliminary conclusion is made that over 65 percent of Mongolian rangeland has, with varying degrees, altered from its reference state, and 80 percent of this area has potential to recover through changes in rangeland management. The main objective of this research was to identify, for each environmental zone, the main factors that determine rangeland ecological potential, to develop the ESD concept and to test the possibility of using it in rangeland management. The novelty of this study, as well as its scientific and practical significance, lie in development and testing of a more detailed classification based on ecological potential within Mongolian ecological zones and geo botanical regions. This approach is significant because the classification may be used as an essential tool for rangeland use planning, implementation and monitoring, as well as for regulating rangeland use agreements.
Open Access
How does local mining impact on rural immigration: case of Mongolia
(Colorado State University. Libraries, 2015-06) Amarjargal, Amartuvshin, author; Zhang, Yaoqi, author; Chen, Jiquan, author; Nutag Action and Research Institute, publisher
After 70 years of communist regime, Mongolia chose a radical transition for democracy and a market economy in 1990. Since the 2000s, the Mongolian government has been promoting the mining industry to increase its foreign exchanges. The mining sector may offer local job opportunities and revenues, but might also cause loss and degradation of pasture land the local people depend on. An empirical study is conducted to investigate whether the immigration of rural people from a mining area is different from that of a non-mining area using a probit model based on a 2013 workforce survey of Mongolia. The result shows that mining soums receive fewer outsiders than the non-mining soums, suggesting local mining activities exert limited economic linkage in local community for a case of Mongolia.
Open Access
Building resilience of Mongolian rangelands: a trans-disciplinary research conference - preface
(Colorado State University. Libraries, 2015-06) Fernandez-Gimenez, Maria E., author; Fassnacht, Steven R., author; Baival, Batkhishig, author; Nutag Action and Research Institute, publisher
Mongolia is a semi-arid and arid country in Asia where the climate has been changing more drastically than many other locations across the globe. The proceedings of the "Trans-disciplinary Research Conference: Building Resilience of Mongolian Rangelands" is divided into five sections: 1) Rangeland Ecology and Management, 2) Climate Change and Hydrology, 3) Institutional Innovations in Mongolian Rangelands, 4) Social and Economic Development in Rural Mongolia, and 5) Methods of Knowledge and Data Integration. The papers presented provide cause for concern regarding observed changes in climate, rangeland conditions and livestock populations, as well as reasons for hope and motivations for action to address the current challenges. We hope that this volume and the conference it accompanies, will inspire renewed commitment to support science and science-based policy-making and management to sustain Mongolia's unique natural and cultural heritage as they adapt to a changing planet.
Open Access
Do formal, community-based institutions improve rangeland vegetation and soils in Mongolia more than informal, traditional institutions?
(Colorado State University. Libraries, 2015-06) Reid, Robin S., author; Jamsranjav, Chantsallkham, author; Fernandez-Gimenez, Maria E., author; Angerer, Jay, author; Tsevlee, Altanzul, author; Yadambaatar, Baasandorj, author; Jamiyansharav, Khishigbayar, author; Ulambayar, Tungalag, author; Nutag Action and Research Institute, publisher
Since the 1990's, herding communities across Mongolia have established over 2000 community-based rangeland management (CBRM) organizations to improve livestock grazing management and reverse perceived declines in rangeland (grassland) productivity. Here, we compare the vegetation and soils of rangelands managed by these formal community-based herder groups (CBRM) with those managed by informal traditional neighborhoods (non-CBRM) in four ecological zones across Mongolia. A companion study shows CBRM used both traditional and innovative rangeland management practices more often than traditional neighborhoods. We hypothesized that this should then result in better rangeland vegetation and soils in CBRM-managed than non-CBRM managed rangeland. We sampled vegetation and soils in winter pastures around 143 livestock camps or water points in soums (counties) with and without CBRM management. We explicitly controlled for grazing intensity by sampling plots along grazing gradients at 100, 500 and 1000 m from these impact points. At each 50 x 50 m plot (n=428) we sampled standing biomass, plant cover, basal gap, species richness, forage quality, and soil and site characteristics. We also compared paired time series of MODIS NDVI data in counties with and without CBRM organizations from 2000-2014 to quantify changes in length of the growing season, and current and previous season greenness (a proxy for biomass accumulation). We then analyzed all data using general linear models and χ2 tests. CBRM had surprisingly few and subtle impacts on vegetation and soils in Mongolia's rangelands, whether measured in the field or by remote sensing, compared with areas managed by more traditional neighborhood groups. Some CBRM pastures supported more litter biomass, plant connectivity and less soil erosion, and a lower abundance of grazing tolerant or annual plant species than non-CBRM pastures in some ecological zones. CBRM management appears to modestly improve vegetation condition in the steppe than other ecological zones. At the soum level, we could see no differences in the length of the growing season, current season greenness or current and previous season greenness of the vegetation over the 15 years from 2000-2014. We did find, however, that herding families that participate in CBRM groups hold more livestock, sometimes twice as many, in 3 of the 4 ecological zones. This suggests that CBRM management may be having more impact on pastures than our data show, since these pastures can support more livestock without losing rangeland vegetation abundance and soil retention capacity.
Open Access
What matters most in institutional design for community-based rangeland management in Mongolia?
(Colorado State University. Libraries, 2015-06) Ulambayar, Tungalag, author; Fernandez-Gimenez, Maria, author; Batjav, Batbuyan, author; Baival, Batkhishig, author; Nutag Action and Research Institute, publisher
This study tested the effect of institutional design principles on social outcomes of evolving pastoral institutions in post-socialist Mongolia. Using data from 77 community-based rangeland management (CBRM) groups and 392 member households, we examined the effect of donor facilitation on institutional design. We found that donor facilitation approach significantly influenced group attributes and their external environment, but not institutional arrangements. The study confirmed that small group size, homogeneous interests, and heterogeneity of well-being are important group characteristics that predict higher levels of information diversity, leadership, and income diversity. Institutional arrangements such as the presence of sanctions, group-devised rules, frequent meetings, and recording documents increased cooperation, rules, and information diversity. Similarly, access to training and local government support provided a favorable external environment for increasing social outcomes. Furthermore, group characteristics such as dependence on livestock, homogeneity of interests, and leader legitimacy were critical for increasing social capital, livelihoods, sustainable rangeland practices, and proactive behavior of members. More frequent meetings of leaders were the most influential for these outcomes. Local government support and available donor support were associated with increased trust and norms of reciprocity, sustainable rangeland management practices, proactiveness, and livestock holdings. Lastly, group attributes and external environment influenced social outcomes of pastoral CBRMs in Mongolia more than institutional arrangements.
Open Access
Time series analysis of satellite greenness indices for assessing vegetation response to community based rangeland management
(Colorado State University. Libraries, 2015-06) Angerer, J. P., author; Kretzschmar, J. K., author; Chantsallkham, J., author; Jamiyansharav, K., author; Reid, R., author; Fernandez-Gimenez, M. E., author; Nutag Action and Research Institute, publisher
After the transition of Mongolia's agriculture sector to a market economy in the early 1990's, community-based rangeland management (CBRM) organizations have been established across Mongolia to cooperatively manage rangeland resources. We hypothesized that rangeland ecoregions under CBRM would have greater biomass than ecoregions managed using traditional herder practices. We used time series analysis of AVHRR (8-km resolution, 1982 to 2012) and MODIS Normalized Difference Vegetation Index (NDVI) (250-m, 2000 to 2013) to calculate integrated NDVI (iNDVI) as a proxy for vegetation biomass. To address whether CBRM response is scale related, we created buffers of increasing distance around livestock winter shelter locations in soums where CBRM programs had been initiated and soums without formal programs. Spatial averages of iNDVI were calculated within buffer boundaries for each location, stratified by ecological zone. A repeated measures mixed model with yearly rainfall as a covariate was used to test for differences in iNDVI for CBRM status over time for buffer distances of 1, 2, 5, 10, and 30 for MODIS, and 10 and 30 km for AVHRR. In general, results were similar across buffer distances indicating that average vegetation response was similar for distances greater than 1 km around sampling sites. For MODIS NDVI, sites in the Desert Steppe and Eastern Steppe did not have significantly higher productivity in CBRM managed soums over time, regardless of buffer size. Mountain and Forest Steppe (MFS) locations had higher iNDVI in non-CBRM sites throughout the time series for both NDVI data sets, although these differences were not statistically significant. CBRM sites in the Steppe zone had higher iNDVI throughout the time series for both MODIS and AVHRR. Given that these differences occur throughout the AVHRR time series, they do not appear to be the result of CBRM activities. Our findings indicate that differences in vegetation response as a result of CBRM activities were not detected during the time series using productivity proxies from satellite imagery. In addition, the MODIS time series may be too short for detecting CBRM differences since it does not include data prior to when most CBRM programs were implemented.
Open Access
Building resilience of Mongolian rangelands: a trans-disciplinary research conference
(Colorado State University. Libraries, 2015-06) Fernandez-Gimenez, Maria E., author; Baival, Batkhishig, author; Fassnacht, Steven R., author; Wilson, David, author; Ganbold, Chimgee, author; Vanluu, Dugermaa, author; Purevsuren, Munkhzul, author; Nutag Action and Research Institute, publisher
Mongolia is a semi-arid and arid country in Asia where the climate has been changing more drastically than many other locations across the globe. The proceedings of the "Trans-disciplinary Research Conference: Building Resilience of Mongolian Rangelands" is divided into five sections: 1) Rangeland Ecology and Management, 2) Climate Change and Hydrology, 3) Institutional Innovations in Mongolian Rangelands, 4) Social and Economic Development in Rural Mongolia, and 5) Methods of Knowledge and Data Integration. The papers presented provide cause for concern regarding observed changes in climate, rangeland conditions and livestock populations, as well as reasons for hope and motivations for action to address the current challenges. We hope that this volume and the conference it accompanies, will inspire renewed commitment to support science and science-based policy-making and management to sustain Mongolia's unique natural and cultural heritage as they adapt to a changing planet.
Open Access
The MOR2 database: building integrated datasets for social-ecological analysis across cultures and disciplines
(Colorado State University. Libraries, 2015-06) Laituri, Melinda J., author; Linn, Sophia, author; Fassnacht, Steven R., author; Venable, Niah, author; Jamiyansharav, Khishigbayar, author; Ulambayar, Tungalag, author; Allegretti, Arren Mendezona, author; Reid, Robin, author; Fernandez-Gimenez, Maria, author; Nutag Action and Research Institute, publisher
This paper describes the construction of a complex database for social-ecological analysis in Mongolia. As a National Science Foundation (NSF)-funded Dynamics of Coupled Natural and Human (CNH) Systems, the Mongolian Rangelands and Resilience (MOR2) project focused on the vulnerability of Mongolian pastoral systems to climate change and adaptive capacity. To study this phenomenon, our team is made up of a group of hydrologists, social scientists, geographers, and ecologists collecting data across the Mongolian landscape over three years. This dataset is unique in that it captures multiple types of field data: ecological, hydrological and social science surveys; remotely-sensed data, participatory mapping, local documents, and scholarly literature. We describe the content, structure, and organization of the database and explain the development of data protocols and issues related to access and sharing. Descriptions of data analysis are included to demonstrate the utility of the database as well as its limitations. We conclude with a description of the challenges in creating a cross-cultural and multi-disciplinary database and lessons learned.
Open Access
Earlywood, latewood, and adjusted latewood correlations to precipitation: a test case from the Khangai Mountains, Mongolia
(Colorado State University. Libraries, 2015-06) Wolf, J. Marshall, author; Venable, Niah B. H., author; Nutag Action and Research Institute, publisher
The Khangai Mountains of central Mongolia provide important ecosystem services to the surrounding region as the headwaters for a number of river systems and critical pasture for the animal herds of nomadic pastoralists. The mountains also provide a long-term record of regional moisture variability preserved within the tree-rings of Siberian larch (Larix sibirica) forests. Ring width measurements are commonly used to statistically reconstruct the hydroclimatology of a region based on the correlation of ring widths to precipitation and/or streamflow. Tree cores were collected, cross-dated, and the ring widths were measured from a site near Jargalant bagh in northern Bayankhongor aimag. Seasonal precipitation totals for the period from 1962 to 2012 were compiled from several meteorological stations surrounding the site. These historical precipitation values were compared to indices of total (TW), earlywood (EW), and latewood (LW) ring widths generated from a series of 16 cores. Nearly 70% of the annual precipitation in the Khangai region falls during the summer season (June, July, August), resulting in stronger correlations of ring widths (TW, EW and LW) to the previous year's summer precipitation than to the current year's spring or previous year's fall precipitation. The dependence of LW widths on antecedent EW ring widths masks any correlation to spring and fall precipitation. This dependence was removed using linear regression, resulting in the discovery of a negative relationship between the adjusted latewood (LWa) ring widths and precipitation in both spring of the current year and fall of the previous year. This indicates that LWa captures a different climate signal not detectable when working with the original LW, EW or TW measurements. Correlations of EW with (previous year's) summer precipitation were similar in value to correlations of TW with (previous year's) summer precipitation, suggesting that additional measurements of ring width may not be needed for use in reconstructing long-term summer precipitation variability. However, LWa and the associated measurements required for its calculation may be potentially useful for reconstructing spring and fall precipitation patterns in summer precipitation-dominated hydroclimate systems.
Open Access
The influence of the booming mining industry on the agricultural sector in Mongolia
(Colorado State University. Libraries, 2015-06) Ge, Wei, author; Kinnucan, Henry W., author; Nutag Action and Research Institute, publisher
Mongolia's extensive mineral deposits and attendant growth in mining-sector activities have transformed Mongolia's economy, which traditionally has been dependent on herding and agriculture. In this paper a Keynesian type equilibrium displacement model is developed to deduce hypotheses about the effects of mining on agriculture. A major hypothesis to be tested is whether the effects have been adverse, as suggested by the "Dutch Disease" hypothesis.
Open Access
Evaluating the impact of climate change based on herders' observations and comparing it with hydro-climatic and remote sensing data
(Colorado State University. Libraries, 2015-06) Jigjsuren, Odgarav, author; Baival, Batkhishig, author; Nayanaa, Kherlentuul, author; Jargalsaikhan, Azjargal, author; Dash, Khurelbaatar, author; Badamkhand, Bayarmaa, author; Bud, Amarzaya, author; Nutag Action and Research Institute, publisher
Studying the impact of recent years' climate change on Mongolian rangeland livestock husbandry and on pastoral herders' livelihoods, based on herders' observations and their experience, is an approach that is of considerable interest to many scientists. Our research identifies changes in natural conditions and climate, as well as the changes in rangeland conditions, as observed by herders, and compares them against weather stations' multi-year observations and remote sensing data. Our research region of Khanbogd, Manlai and Bayan-Ovoo soums of Umnugobi aimag has been, in the recent years, experiencing a rapid development of the mining industry and human population growth. According to local herders, current rangeland quality greatly decreased compared to the period before the year 2000, while the area of barren land, sand movement and soil erosion increased. Herders also said that the amount of rainfall diminished and the rainy season's duration shortened, short high intensity rains grew in number, and it became extremely hot in summer. Soum weather station records of air temperature, precipitation and evaporation confirmed herders' observations, and were consistent with Normalized Difference Vegetation Index (NDVI) or the results of observations of rangeland vegetation phenology. To develop local adaptive capacity in the face of changing social-ecological systems it is important to use and integrate multiple sources of information that are essential for making policy implementation mechanisms and measures more locally appropriate and relevant.
Open Access
What explains positive social outcomes of community-based rangeland management in Mongolia?
(Colorado State University. Libraries, 2015-06) Ulambayar, Tungalag, author; Fernandez-Gimenez, Maria, author; Batjav, Batbuyan, author; Baival, Batkhishig, author; Nutag Action and Research Institute, publisher
Community-based rangeland management (CBRM) has been proposed as a promising option to reduce rural poverty and resource degradation in Mongolia. However, results have been mixed. Studies about the factors influencing CBRM success have been limited. We explored the mechanisms underlying social outcomes of Mongolian CBRM. The study revealed that access to diverse information, leadership, knowledge exchange and rules facilitated the effect of formal organization on pastoralists' traditional and innovative rangeland practices, proactive behavior, and social networking. Importantly, information diversity had a triggering effect on the other three facilitating variables. This chain of four mediators collectively increased the effect of the formal organization on the above social outcomes. We also found that ecological zone had a moderating effect on the relationship between formal organization and members' proactive behavior and social networking.
Open Access
How unusual was the 21st century drought in Mongolia?: placing recent extremes in an 1100-year context
(Colorado State University. Libraries, 2015-06) Hessl, Amy E., author; Pederson, Neil, author; Byambasuran, Oyunsanaa, author; Anchukaitis, Kevin, author; Leland, Caroline, author; Nutag Action and Research Institute, publisher
Understanding the connections between climate, ecosystems, and society during historical and modern climate transitions requires annual resolution records with high fidelity climate signals. In the 21st century, Mongolia experienced a rapid transition away from pastoralism as many families lost their herds during a drought and severe winter conditions (dzuds). Though the drivers of this transition were likely multi-factorial, many blamed market forces and overgrazing by herders. Because Mongolia's climate is highly variable, it is difficult to place recent climatic extremes and associated social change in context without long records of climatic variability. Here we ask: how extreme was the 21st century drought in the last 1100 years? We developed a 1100 year long tree-ring reconstruction of warm-season drought, derived from live and dead Siberian pine (Pinus sibirica) trees growing on a Holocene lava flow in north central Mongolia. Trees growing on the lava today are stunted and widely spaced, occurring on microsites with little to no soil development. These trees are water-stressed and their radial growth is correlated with both soil water availability (scPDSI) and grassland productivity (Normalized Difference Vegetation Index (NDVI)). Our reconstruction, calibrated and validated on instrumental June-August scPDSI (1959-2009) account for >57% of the variability in the regional scPDSI when >70% of the annual rainfall occurs. Our tree-ring data combined with meteorological data suggests that the early 21st century drought was the hottest and one of the most severe droughts in the last 1100 years. These results are consistent with model projections of warming in Inner Asia where rising temperatures will contribute to increased water stress, independent of changes in rainfall. Future warming may overwhelm increases in precipitation leading to similar high temperature droughts, with potentially severe environmental and social consequences for modern Mongolia. Long records of past climate variability can help us understand the relative importance of climate versus land management in catalyzing social change and help prepare societies for the full range of future climatic extremes.
Open Access
To fence or not to fence? Perceptions and attitudes of herders in Inner Mongolia
(Colorado State University. Libraries, 2015-06) Xu, Yecheng, author; Zhang, Yaoqi, author; Gao, Liping, author; Qiao, Guanghua, author; Chen, Jiquan, author; Nutag Action and Research Institute, publisher
The most important part of recent grassland tenure reforms in Inner Mongolia has been to divide the collective grassland to household level, then fence and enclose grassland. Fencing is a form of strongest signal of private property right and aims to exclude over-boundary grazing, attempting to solve "tragedy of the commons" from open access. Fencing gives herders a "user right", though ownership still resides at a village level. But fencing significantly limit animal and herdsmen mobility critical to the pastoral society and coupled natural and human systems. The "dilemma of enclosure" has become a key debated issue of grassland management. Positive and negative effects have been widely discussed, but few empirical studies have been conducted into this dilemma. Ecologists in general believe fencing would negatively affect the integrated ecosystem and seasonal rotation of herding. In contrast, economists think the fence would avoid the "tragedy of the commons" and create an incentive to protect herders own resources. Economists also understand that fencing would reduce the scale of economy and fencing itself is costly. After reviewing current fencing policies and the scale of the fencing activities in Inner Mongolia, we surveyed the effects of existing fencing policies and their impact on herdsman households to evaluate herders' attitudes and perceptions towards fencing.
Open Access
Dzud and thresholds of 'property' in Mongolian pastoralism
(Colorado State University. Libraries, 2015-06) Murphy, Daniel J., author; Nutag Action and Research Institute, publisher
Property and its allocation are key elements of resilience within socio-ecological systems. This presentation compares ethnographic and survey data on shifting ideas of property from 2008 to similar data gathered in 2014 in a district of southern Khentii aimag. The data illustrate how these attitudes emerged, their underlying logics, and how they articulate with broader historical and political economic conditions. The findings raise concern that dzud events could serve as a possible trigger for formal legal transformations in land rights given the increased political rhetoric and calls for land privatization following dzud events. This paper argues that crossing such property thresholds would pose considerable problems for both rangelands and livelihoods and suggests some future avenues for strengthening pastoral systems.
Open Access
Contemporary mobility of herders in central Mongolia
(Colorado State University. Libraries, 2015-06) Jargalsaikhan, Azjargal, author; Batjav, Batbuyan, author; Baival, Batkhishig, author; Ulambayar, Tungalag, author; Lhagvasuren, Tamir, author; Tsogtbaatar, Solongoo, author; Nutag Action and Research Institute, publisher
Social-ecological changes occurring in recent years have complicated herders' migration patterns, and because of rangeland climate variability, nomadic movement patterns have changed. The aim of this study was to determine how the present movement patterns of herders situated in different steppe regions along the road infrastructure corridor of central Mongolia have been affected by the intensification of community-based natural resource management activities and household livelihood levels, and to identify how herders adapt to those changes in their movement practices. The number and distance of herders' movements increased between 2010 and 2011, depending on regional geographical location and community-based natural resource management activities. In particular, household income and the number of livestock herders owned determined how far they moved. In the period 2010-2011 in central Mongolia there was a trend of movement from the western aimags to the forest steppe and from the desert steppe to the steppe and forest steppe, across administrative borders. Herders have a variety of ways to cope with social-ecological change which demonstrates the basic need for developing location-specific policies when establishing movement regulations and implementing risk reduction measures.