- Securing Diversity for Food Security: The Case of Conservation and Use of Rice Genetic Resources. Great achievements, but “… 95% of the rice genepool remains untapped and unexploited in rice improvement.”
- Characterization and Identification of Indigenous Olive Germplasm from Cyprus Using Morphological and Simple Sequence Repeat Markers. 125 trees, 32 accessions, 16 genotypes, 3 groups.
- Quantification of Selected Anti-nutrients and Bioactive Compounds in African Bambara Groundnut (Vigna subterranea (L.) Verdc.). Nothing to worry about, but if you insist on worrying, try the cream-coloured ones.
- DNA Fingerprinting and Genetic Diversity Analysis with Simple Sequence Repeat Markers of 217 Potato Cultivars (Solanum tuberosum L.) in China. Cultivars released since 1950 have a narrow genetic base.
- Pastoralism may have delayed the end of the green Sahara. What have pastoralists ever done for us?
- Epigenetic Diversity and Application to Breeding. Some epigenetic differences can be inherited independently of genetic differences. But how to use it?
- Complex rice systems to improve rice yield and yield stability in the face of variable weather conditions. The more azolla, fish and ducks the better.
- Can plants evolve to meet a changing climate? Yes, and we can detect it: the potential of field experimental evolution studies.
- Wheat’s wild relatives vary in their response to nitrogen and ozone. In situ populations may be at risk.
- Little evidence that farmers should consider abundance or diversity of arbuscular mycorrhizal fungi when managing crops. One less thing to worry about? Ok, one fewer thing to worry about.
- Exclusivity offers a sound yet practical species criterion for bacteria despite abundant gene flow. Taxa do exist if you take the whole genome into account.
Mapping crops, field by field
That’s what agriculture looks like around here, according to the Belarus-based ag-tech startup, OneSoil. According to the press release:
Today, OneSoil, a precision farming startup, announced the launch of a new map, the OneSoil Map, which it has developed to allow everyone in the agriculture industry to explore and compare fields and crops in Europe and the United States – 44 countries in total. The key feature of the map is that it allows users to see how these fields have changed over the past three years (2016 – 2018). To accomplish this, OneSoil combined public data from the European Copernicus Programme and Mapbox GL JS, the latter of which helped in visualizing large volumes of ag data. The metrics included on the map are hectarage, the crop, and country crop rating.
Still processing the enormity of it all.
Rooting for the tubers
Oh gosh, I forgot all about this.
You can watch the whole thing on livestream. And of course there’s a hashtag.
Good to see the usually neglected yams getting a proper airing.
Bhattacharjee Ranjana @IITA_CGIAR @RTB_CGIAR is exploring yam genetic diversity and sharing key results for more effective breeding programs #ISTRC2018 pic.twitter.com/pNulUPZ2FE
— Claudio Proietti (@cldprtb) October 23, 2018
A genebank social Platform
You all know about the CGIAR-Crop Trust Genebank Platform, right? It’s what made that recent breakthrough on the funding of the global rice genebank possible. Which you would know if you subscribed to the newsletter. Well, now you can join a Facebook group too, if that’s what floats your boat. And look at nice pix, like the one below.
US plant breeding map
Want to know about programs involved in plant breeding research, germplasm enhancement and/or variety development in the US? Check out this cool map.
