Use of Spirulina platensis in treatment of fish farming wastewater by Sara Monaliza Sousa Nogueira (12805672)

Taieri Land Use Diversification Opportunities by Becks Smith (18791302)

“…This website shares a variety of resources produced by a project working with farmers in the Upper Taieri Wai catchment group (Ranfurly, Central Otago) to identify alternative land uses for diversification that fit within their current farming system. <ul> <li>a six-episode podcast mini-series</li> <li>seven recorded workshop presentations with supporting slide decks</li> <li>a multi-criteria decision support tool (with in-depth instructions on how to use it)</li> <li>an extensive list of resources for a wide range of diversification options identified by the farmer cohort</li> </ul> The project involved locally generated ideas and face-to-face farmer workshops with the implementation of a decision-making support tool to ensure valuable and relevant information was provided. …”

The 12 multi-locus sequence types (STs) of <i>B</i>. <i>pseudomallei</i> found at the goat farm. by Joseph D. Busch (7349120)

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Residual plots for linear regression model between observed and predicted pearl millet yield and biomass under crop residue removal. by Louis Kouadio (21433624)

Farming the Ocean – Seaweeds as a Quick Fix for the Climate? by M. Troell (10203101)

“…Radical suggestions of intentionally transfer of farmed seaweeds to the deep-sea to accomplish a longer removal are highly questionable from feasibility, economic, ecosystem effects and ethical resource use perspectives. …”

Genetics of Growth Reaction Norms in Farmed Rainbow Trout by Panya Sae-Lim (782643)

“…<div><p>Rainbow trout is farmed globally under diverse uncontrollable environments. …”

Table_1_Importance of Farm Environment to Shape Poultry-Related Microbiomes Throughout the Farm-to-Fork Continuum of Pasture-Raised Broiler Flocks.DOCX by Michael J. Rothrock (6732176)

“…The major differences between the two farms were the physical farm environment, the method of feather removal during processing (scalding vs. skinning), and the storage conditions of carcasses before customers received final product (refrigeration vs. freezing). …”

List of articles retrieved from the three databases search (GS, PubMed, WoS) using keywords for cashew diseases, prior to duplicates removal and data curation. Authors, Article tit... by Filipa Monteiro (12010427)

Results of hypothesis testing for the effect of location, ploidy, and cultivation practice on tissue and shell nitrogen concentration within the regional data set. by Julie M. Rose (7616801)

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The number of oyster samples by state, ploidy, and cultivation practice used for determining morphometric relationships (length:weight only) and nitrogen content (length:weight + n... by Julie M. Rose (7616801)

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Potential nitrogen removal in pounds (lbs) associated with the harvest of one million oysters at four different sizes using regressions based on either 1) cultivation practice (lig... by Julie M. Rose (7616801)

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Fig 6 - by Julie M. Rose (7616801)

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Fig 4 - by Julie M. Rose (7616801)

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Oyster shell height to dry-weight interquartile range for tissue (A) and shell material (B) based on cultivation practice. by Julie M. Rose (7616801)

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Fig 7 - by Julie M. Rose (7616801)

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Results of hypothesis testing for the effect of ploidy, cultivation practice, and regions on the relationship between oyster shell height vs. oyster tissue and shell dry weight. by Julie M. Rose (7616801)

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Fig 3 - by Julie M. Rose (7616801)

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Fig 8 - by Julie M. Rose (7616801)

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Fig 5 - by Julie M. Rose (7616801)

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Fig 2 - by Julie M. Rose (7616801)

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