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  • Did you mean: zambo (229 items)
1.
Figure 1

Figure 1. From: Assessment of end user traits and physicochemical qualities of cassava flour: a case of Zombo district, Uganda.

Preferred flour quality attributes of men and women in Zombo district. SCP/B = sweet cassava paste/ flour, GWHC = good water holding capacity, HDM = high dry matter, LQF = large quantities of flour, GSC = good swelling capacity. % is a symbol for percentage.

Ann Ritah Nanyonjo, et al. Int J Food Sci Technol. 2021 Mar;56(3):1289-1297.

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2.
Figure 1.

Figure 1. From: Knowledge and practices related to plague in an endemic area of Uganda.

Location of households surveyed to assess knowledge and health care seeking practices related to plague in Arua and Zombo Districts, West Nile region, Uganda

Kiersten J Kugeler, et al. Int J Infect Dis. ;64:80-84.

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3.
Fig 5

Fig 5. Geographic distribution of SNP genotypes.. From: Two Distinct Yersinia pestis Populations Causing Plague among Humans in the West Nile Region of Uganda.

Map of Vurra and Okoro counties in the Arua and Zombo districts, respectively, in northwestern Uganda. Y. pestis isolates in SNP Groups 1 and 2 are shown. Isolates were plotted based on GPS coordinates of the source patient’s residence. Light to dark shading represents a high to low elevation gradient.

Laurel B. Respicio-Kingry, et al. PLoS Negl Trop Dis. 2016 Feb;10(2):e0004360.

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4.
Figure 2

Figure 2. Seasonal patterns of suspect plague cases, temperature, and rainfall.. From: Improvement of Disease Prediction and Modeling through the Use of Meteorological Ensembles: Human Plague in Uganda.

Average monthly (A) number of suspect plague cases, (B) rainfall, and (C) mean temperature in Vurra and Zombo counties, Uganda for 1999–2010. Data are organized by plague year which runs from August to July. Temperature data are averages of monthly means from the Arua airport observational dataset and the ERA-Interim dataset. The warm season is from January to April and the cool season is from June to October. Rainfall data are average monthly rainfall totals from the CMORPH, TRMM, FEWS-Net, and the Arua airport observational datasets. (See text for further details regarding the meteorological datasets and seasonal descriptions).

Sean M. Moore, et al. PLoS One. 2012;7(9):e44431.

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5.
Fig. 1.

Fig. 1. From: An Evaluation of the Flea Index as a Predictor of Plague Epizootics in the West Nile Region of Uganda.

Locations of sentinel villages in which the flea index was monitored quarterly from June 2012 through January 2018 (yellow polygons). Plague positive small mammal carcasses submitted through the rat fall surveillance program from July 2013 through January 2018 are shown as gray diamonds (negative) or black triangles (positive). Probable and confirmed human plague cases with onset dates between June 2012 and January 2018 are shown as red crosses. Parish boundaries are indicated with light gray borders and Arua (north) and Zombo (south) district boundaries and depicted in black.

Rebecca J. Eisen, et al. J Med Entomol. ;57(3):893-900.

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6.
Figure 3.

Figure 3.Incidence of Fusarium root rot in selected districts in seven common bean agroecologies in Uganda. District 6 = Amuria, 7 = Amuru, 8 = Apac, 9 = Arua, 12 = Bugiri, 21 = Bushenyi, 22 = Busia, 23 = Butaleja, 30 = Hoima, 31 = Ibanda, 33 = Isingiro, 34 = Jinja, 36 = Kabale, 43 = Kamuli, 44 = Kamwenge, 46 = Kapchorwa, 49 = Kayunga, 51 = Kiboga, 53 = Kiruhura, 54 = Kiryadongo, 55 = Kisoro, 56 = Kitgum, 57 = Koboko, 64 = Kyenjojo, 66 = Lira, 68 = Luwero, 69 = Lwengo, 72 = Maracha, 74 = Masindi, 76 = Mbale, 77 = Mbarara, 79 = Mityana, 82 = Mpigi, 83 = Mubende, 84 = Mukono, 86 = Nakaseke, 94 = Ntungamo, 97 = Oyam, 98 = Pader, 100 = Rakai, 102 = Rukungiri, 105 = Sironko, 109 = Wakiso, 110 = Yumbe and 111 = Zombo.. From: PREVALENCE AND INCIDENCE OF FOUR COMMON BEAN ROOT ROTS IN UGANDA.

P. PAPARU, et al. Exp Agric. 2017;54(6):888-900.

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7.
Figure 4.

Figure 4.Incidence of southern blight in selected districts in seven common bean agroecologies in Uganda. District 6 = Amuria, 7 = Amuru, 8 = Apac, 9 = Arua, 12 = Bugiri, 21 = Bushenyi, 22 = Busia, 23 = Butaleja, 30 = Hoima, 31 = Ibanda, 33 = Isingiro, 34 = Jinja, 36 = Kabale, 43 = Kamuli, 44 = Kamwenge, 46 = Kapchorwa, 49 = Kayunga, 51 = Kiboga, 53 = Kiruhura, 54 = Kiryadongo, 55 = Kisoro, 56 = Kitgum, 57 = Koboko, 64 = Kyenjojo, 66 = Lira, 68 = Luwero, 69 = Lwengo, 72 = Maracha, 74 = Masindi, 76 = Mbale, 77 = Mbarara, 79 = Mityana, 82 = Mpigi, 83 = Mubende, 84 = Mukono, 86 = Nakaseke, 94 = Ntungamo, 97 = Oyam, 98 = Pader, 100 = Rakai, 102 = Rukungiri, 105 = Sironko, 109 = Wakiso, 110 = Yumbe and 111 = Zombo.. From: PREVALENCE AND INCIDENCE OF FOUR COMMON BEAN ROOT ROTS IN UGANDA.

P. PAPARU, et al. Exp Agric. 2017;54(6):888-900.

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8.
Figure 2.

Figure 2.Incidence of Pythium root rot in selected districts in seven common bean agroecologies in Uganda. District 6 = Amuria, 7 = Amuru, 8 = Apac, 9 = Arua, 12 = Bugiri, 21 = Bushenyi, 22 = Busia, 23 = Butaleja, 30 = Hoima, 31 = Ibanda, 33 = Isingiro, 34 = Jinja, 36 = Kabale, 43 = Kamuli, 44 = Kamwenge, 46 = Kapchorwa, 49 = Kayunga, 51 = Kiboga, 53 = Kiruhura, 54 = Kiryadongo, 55 = Kisoro, 56 = Kitgum, 57 = Koboko, 64 = Kyenjojo, 66 = Lira, 68 = Luwero, 69 = Lwengo, 72 = Maracha, 74 = Masindi, 76 = Mbale, 77 = Mbarara, 79 = Mityana, 82 = Mpigi, 83 = Mubende, 84 = Mukono, 86 = Nakaseke, 94 = Ntungamo, 97 = Oyam, 98 = Pader, 100 = Rakai, 102 = Rukungiri, 105 = Sironko, 109 = Wakiso, 110 = Yumbe and 111 = Zombo.. From: PREVALENCE AND INCIDENCE OF FOUR COMMON BEAN ROOT ROTS IN UGANDA.

P. PAPARU, et al. Exp Agric. 2017;54(6):888-900.

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9.
Figure 1

Figure 1. From: Seasonal fluctuations of small mammal and flea communities in a Ugandan plague focus: evidence to implicate Arvicanthis niloticus and Crocidura spp. as key hosts in Yersinia pestis transmission.

Monthly plague cases, precipitation, temperature, and crop harvests in West Nile region of Uganda. (A) Number of monthly suspected human plague cases in Arua and Zombo districts from 1999 to 2011. Averaged monthly (B) precipitation (mm) and (C) mean temperatures (°C) at field sites above and below 1300 m. Climate variables are long-term averages for 1999–2008 derived from Weather Research and Forecasting model simulations described in Monaghan et al. []. (D) Percentage of homesteads above 1300 m that report harvesting millet/maize, potatoes, pumpkins, beans, and ground nuts in each month.

Sean M Moore, et al. Parasit Vectors. 2015;8:11.

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10.
Figure 2

Figure 2. From: Assessment of end user traits and physicochemical qualities of cassava flour: a case of Zombo district, Uganda.

Paste profile of selected cassava genotypes: (a) heap fermented cassava flour; (b) sun‐dried cassava flour. Heap fermented samples maintain paste stability at high temperature.

Ann Ritah Nanyonjo, et al. Int J Food Sci Technol. 2021 Mar;56(3):1289-1297.

CitationFull text

11.
Figure 3

Figure 3. From: Assessment of end user traits and physicochemical qualities of cassava flour: a case of Zombo district, Uganda.

Swelling power and solubility of fresh root cassava starch. Units = swelling power (g of water/ g of starch) and solubility (%).

Ann Ritah Nanyonjo, et al. Int J Food Sci Technol. 2021 Mar;56(3):1289-1297.

CitationFull text

  • Did you mean: zambo (229 items)

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