Search Results - "Pennsylvania State University"

Gender research and integrated training sessions: Enhancing the quality of CGIAR gender research by CGIAR Gender and Agriculture Research Network, Pennsylvania State University

“…The CGIAR Gender and Agriculture Research Network will be partnering with the Pennsylvania State University to develop a multi-year Gender Research and Integrated Training series for CGIAR researchers and postdoctoral fellows.…”
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Publish or perish? Don't perish! by Tickamyer, Ann R., Sachs, Carolyn

“…Presented by Ann Tickamyer and Carolyn Sachs (Pennsylvania State University), as part of the Annual Gender Capacity Development Workshop hosted by the CGIAR Collaborative Platform for Gender Research, Addis Ababa, 27-28 September 2018.…”
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Presenting gender research to a scientific audience by Castellanos, Paige, Sachs, Carolyn, Tickamyer, Ann R.

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Gender-transformative farmer field schools in Honduras by Larson, Janelle

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Gender integration across the USAID feed the future innovation labs by Larson, Janelle

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I'm not a chocolate farmer, I'm just a housewife" - Gendered divisions of labor for small-scale cacao production in Lampung and South-Sulawesi, Indonesia by Eissler, Sarah

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WE5.1: Women's empowerment and poverty in Northern Region of Ghana by Castellanos, Paige

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FR1.2: Are Refugee Camps and Settlements Urban Locations? Implications for Transforming Food Systems by Mendum, Ruth M.

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Empowerment among women and men in monogamous and polygynous households in Northern Ghana by Larson, Janelle, Martey, Edward, Fischer, Kaitlin, Glenna, Leland, Jensen, Leif

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Economic growth without structural transformation: The case of Ethiopia by Dorosh, Paul A., Schmidt, Emily, Shiferaw, Admasu

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All eggs in one basket: A critical reflection on Malawi's developpment strategies by Droppelmann, Klaus, Makuwira, Jonathan, Kumwenda, Ian

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Understanding economic transformation in Africa through the country studies by Headey, Derek D., McMillan, Margaret S.

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Monitoring oriental fruit moth and codling moth (Lepidoptera: Tortricidae) with combinations of pheromones and kairomones by Knight, Alan L., Cichon, Liliana, Lago, Jonatan, Fuentes-Contreras, Eduardo, Barros-Parada, Wilson, Hull, L., Krawczyk, Greg, Zoller, B., Hansen, Randy, Hilton, R., Basoalto, Esteban

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Economic transformation in Ghana: Where will the path lead? by Kolavalli, Shashidhara, Robinson, Elizabeth J. Z., Diao, Xinshen, Alpuerto, Vida, Folledo, Renato, Slavova, Mira, Ngeleza, Guyslain K., Asante, Felix Ankomah

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Growth without change? A case study of economic transformation in Mozambique: by Cunguara, Benedito, Fagilde, Gorka, Garrett, James L., Uaiene, Rafael, Headey, Derek D.

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Rural-urban transformation in Nigeria by Sackey, James, Liverpool-Tasie, Lenis Saweda O., Salau, Sheu, Awoyemi, Taiwo

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Rural-urban transformation in Uganda by Mukwaya, Paul, Bamutaze, Yazidhi, Benson, Todd, Mugarura, Samuel

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Improved monitoring of oriental fruit moth (Lepidoptera: Tortricidae) with terpinyl acetate plus acetic acid membrane lures by Mujica, María Valentina, Preti, Michele, Basoalto, Esteban, Cichon, Liliana, Fuentes-Contreras, Eduardo, Barros-Parada, Wilson, Krawczyk, Greg, Nunes, Marcelo Z., Walgenbach, Jim F., Hansen, Randy, Knight, Alan L.

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Can payments for watershed services help finance biodiversity conservation? A spatial analysis of highland Guatemala by Pagiola, Stefano, Zhang, Wei, Colom, Ale

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Symposium review: Effective nutritional strategies to mitigate enteric methane in dairy cattle by Hristov, Alexander N., Melgar, A., Wasson, D., Arndt, Claudia

“…A meta-analysis of studies with dairy cows fed the CH4 inhibitor 3-nitrooxypropanol (3-NOP) at the Pennsylvania State University showed (1) a consistent 28 to 32% decrease in daily CH4 emissions or emissions yield and intensity; (2) no effect on dry matter intake, milk production, body weight, or body weight change, and a slight increase in milk fat concentration and yield (0.19 percentage units and 90 g/d, respectively); 3-NOP also appears to increase milk urea nitrogen concentration; (3) an exponential decrease in the mitigation effect of the inhibitor with increasing its dose (from 40 to 200 mg/kg of feed dry matter, corresponding to 3-NOP intake of 1 to 4.8 g/cow per day); and (4) a potential decrease in the efficacy of 3-NOP over time, which needs to be further investigated in long-term, full-lactation or multiple-lactation studies. …”
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