Resultados de búsqueda - Ecology Generation

Dataset of biological community structure in Deepor Beel using eDNA approach–A RAMSAR wetland of Assam, India por Nikita, Rajkumari, Ghosh, Anwesha, Yash, Kumar, Chakresh, Mandal, Arkaprava, Saini, Nirupama, Dubey, Sourabh Kumar, Gogoi, Kalpajit, Rajts, Francois, Belton, Ben, Bhadury, Punyasloke

“…High nitrate along with elucidated microbial signals are crucial to designate ecological health status of Deeper Beel. This study is aimed at generating baseline information to aid long-term monitoring and restoration of the Deepor Beel as well as the first comprehensive assessment of a RAMSAR Site located in northeast of India.…”
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Addressing challenges of water allocation planning (WAP) for sustainable water management in the Ziway-Shala Lakes Sub-Basin (ZSSB), Ethiopia por Haile, Alemseged Tamiru, Haileslassie, Amare, Mekuria, Wolde, Tekleab, S., Dejen, Z. A., Goshime, D. W., Siegfried, T., Ragettli, S.

“…This brief highlights the key challenges of the WAP process and the evidence generated, thereby presenting key recommendations to improve implementation of WAP.…”
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Sustainable intensification is the answer to global food insecurity (sir gordon conway) por Conway, Gordon

“…Presentation by Sir Gordon Conway, professor of international development at Imperial College, London and former president of the Rockefeller Foundation IFPRI, in collaboration with the USAID Alumni Association, hosted this special event where Sir Gordon Conway emphasized that sustainable intensification offers a practical pathway towards the goal of producing more food while ensuring that the natural resource base, on which agriculture depends, is sustained and improved for future generations. He explored Sustainable Intensification through three mutually reinforcing pillars – Ecological Intensification, Genetic Intensification, and Socio-Economic Intensification.…”
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Mätning av ekosystemtjänster i jordbrukslandskapet por Svensson, Lina

“…The research has taken place at the Swedish Agricultural University's ecological experimental farm Ekhaga. Natural pasture, permanent pasture field, first year ley, intercropping of barley and peas, ecological and conventional winter wheat, respectively, are the studied habitats. …”
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Contraintes et Défis de la Transition Agroécologique Comme Perçus par les Agriculteurs en Tunisie por Souissi, Asma, Dhehibi, Boubaker, Frija, Aymen, Alary, Veronique, Majri, Rihab, Oueslati-Zlaoui, Meriem, Dhraief, Mohamed Zied

“…The results also reveal the importance of using socio-technical systems analysis to better understand and address the root causes behind the issues blocking agro-ecological transitions in Tunisia. This diagnosis contributes to the identification of required actions and to generate the necessary recommendations for decision-makers to stimulate the agro-ecological transition. …”
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Reviving Springs: An eight step methodology por Mukherji, Aditi

“…They also perform important ecological functions, like supporting local vegetation and wildlife and maintaininng baseflow in rivers. …”
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Digital platforms for smallholder credit access: the mediation of trust for cooperation in maize value chain financing por Agyekumhene, Christopher, Vries, J.R. de, Paassen, A. van, Macnaghten, P., Schut, Marc, Bregt, A.

“…Thus, DPs could generate new networks and forms of cooperation in the maize value chain in this regard. …”
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The Nature-Climate-Food Nexus: Exploring the Interconnections and Synergies Across Rice Ecosystems, Forests, Wetlands, and Climate Pathways por Kemp, Benjamin, Urfels, Anton, Mirzabaev, Alisher

“…Being sustained by and driving ecological processes, rice cultivation, on one hand, depends on forests that generate rainfall, wetlands that buffer floods and recycle nutrients, and biodiversity that stabilizes yields under stress, while in turn contributing to water storage and regulation, biodiversity habitat provision, and nutrient cycling within these landscapes. …”
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Spatial and temporal distribution of optimal maize sowing dates in Nigeria por Mkuhlani, S., Bendito, E.G., Tofa, A.I., Aliyu, K.T., Shehu, B.M., Kreye, C., Chemura, A.

“…There was more variation in optimum sowing dates in the wetter than the drier agro-ecologies. Changes in climate explain changes in sowing dates in wetter agro-ecologies compared to drier agro-ecologies. …”
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Can climate-resilient agriculture become an engine for Syria’s post-conflict recovery? por Schapendonk, Frans, Rabie, Sara

“…Faced with the imminent need to prevent a relapse into renewed short-term insecurity, its government also must start to develop longer-term strategies to support recovery. Generating peace dividends for Syria’s embattled population requires confronting the ecological threats which currently undermine basic human security across the country. …”
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Designing strategies for integrated control of ticks and tick-borne diseases at the farm level in a mixed crop-livestock system in Uganda por Sakwa, P.D., Randolph, Thomas F., Opuda-Asibo, J., Otim, C.P.

“…Based on information generated during a preliminary survey, this paper outlines a fiamework for designing IPM strategies for TTBDs.…”
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Forest rehabilitation in Indonesia: where to after three decades? por Nawir, A.A., Murniati, Rumboko, L.

“…Project derived economic and livelihood benefits, generated from ecological improvements, tend to sustain in the long-term more than the benefits from project-based economic opportunities.…”
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Building resilience through food por Ardila Galvis, Camilo Andres

“…Similarly, the use of agroecological practices like agroforestry, home-made composting, and botanical or natural pesticides, contributes to the ecological resilience at the farm level. Furthermore, Red MAC is enabling spaces for learning and exchange and generating participatory and trust building processes around food, through which it has been able to exercise collective action. …”
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Rehabilitasi hutan di Indonesia: akan kemanakah arahnya setelah lebih dari tiga dasawarsa? por Nawir, A.A., Murniati, Rumboko, L.

“…Project derived economic and livelihood benefits, generated from ecological improvements, tend to sustain in the long-term more than the benefits from project-based economic opportunities.…”
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Genetic Diversity, Population Structure and Subset Development in a Sesbania sesban Collection por Negawo, Alemayehu T., Akinmade, Habib Olumide, Muktar, Meki S., Habte, Ermias, Assefa, Yilikal, Muchugi, Alice, Sartie, Alieu, Jones, Christopher S.

“…A representative subset of 34 accessions containing germplasm from diverse origins and agro-ecologies was developed using SNP markers. The genetic diversity information generated in this study could be used for marker-assisted screening for stress tolerance, gap analysis and identification and acquisition of new distinct genotype(s) to broaden the genetic basis of the collection for future improvement programs to develop high-yielding, stress-tolerant varieties for enhancing food and environmental security in crop–livestock-based production systems.…”
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IS53: an insertion element for molecular typing of Pseudomonas savastanoi pv. savastanoi por Quesada, Jose M., Perez-Martinez, Isabel, Ramos, Cayo, López, María M., Penyalver, Ramón

“…IS53 typing can be considered a suitable marker for epidemiological and ecological studies, given its widespread distribution on P. savastanoi pv. savastanoi olive populations, its high stability and the high degree of polymorphism generated.…”
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Biodiversity and agricultural sustainagility: from assessment to adaptive management por Jackson, L., Noordwijk, Meine van, Bengtsson, J., Foster, W., Lipper, Leslie, Pulleman, Mirjam Margreet, Said, Mohammed Yahya, Snaddon, J., Vodouhe, R.S.

“…Rapid changes in land use, food systems, and livelihoods require social–ecological systems that keep multiple options open and prepare for future unpredictability. …”
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Analysis of the implications of Africa's food systems development on environmental sustainability por Adolph, Barbara, Griffiths, Geoffrey, Hou-Jones, Xiaoting

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Development of an environmental flow implementation and monitoring tool: enhancing the usability of the PROBFLO e-flows framework in the Limpopo Catchment por O'Brien, G. C., Wade, M., Bembe, M. J., Slinda, D., Mashego, T.

“…It begins with site selection, considers physico-chemical dynamics, establishes flow-ecosystem relationships, and generates flow scenarios. Utilizing Bayesian Networks (BN), the model evaluates risk or socio-ecological consequences associated with proposed e-flow requirements and any other past, present or future resource development scenario, integrating ecosystem components to ensure the holistic suitability of the determined e-flows. …”
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CGIAR Initiative on Agroecology, Kenya, 2022-2024. End of initiative key messages por Awiti, Alex, Fuchs, Lisa Elena, Nyawira, Sylvia, Chege, Christine G. Kiria, Guettou Djurfeldt, Nadia, Kuria, Anne

“…A redesign of food systems is urgently required to achieve ecological, economic and social sustainability. Agroecology offers a transformative pathway integrating sustainable and resilient agricultural practices with enhanced agency for farmers and food system actors, particularly women and youth. …”
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