Dr Jill Harrison

Latest publications

• Coudert, Y, Novak, O & Harrison, CJ, 2019, ‘A KNOX-cytokinin regulatory module predates the origin of indeterminate vascular plants’. Current Biology, vol 29., pp. 2743 - 2750
• Dennis, R, Whitewoods, C & Harrison, CJ, 2019, ‘Quantitative methods in like for like comparative analyses of Aphanoregma (Physcomitrella) patens phyllid development.’. Journal of Bryology.
• Harrison, CJ & Roeder, AH, 2019, ‘Editorial overview: Scaling development through the plant tree of life’. Current Opinion in Plant Biology.
• Parry, G & Harrison, CJ, 2019, ‘GARNet gene editing workshop’. New Phytologist, vol 221., pp. 640-643
• Whitewoods, C, Cammarata, J, Venza, ZN, Sang, S, Crook, A, Aoyama, T, Wang, XY, Waller, M, Kamisugi, Y, Cuming, A, Szövényi, P, Nimchuk, Z, Roeder, A, Scanlon, M & Harrison, CJ, 2018, ‘CLAVATA Was a Genetic Novelty for the Morphological Innovation of 3D Growth in Land Plants’. Current Biology, vol 28., pp. 2365-2376.e5
• Lopez-Obando, M, Villiers, Rd, Hoffmann, B, Ma, L, Germain, AdS, Kossmann, J, Coudert, Y, Harrison, CJ, Rameau, C, Hills, P & Bonhomme, S, 2018, ‘Physcomitrella patens MAX2 characterization suggests an ancient role for this F‐box protein in photomorphogenesis rather than strigolactone signalling’. New Phytologist, vol 219., pp. 743-756
• Harrison, CJ & Morris, JL, 2018, ‘The origin and early evolution of vascular plant shoots and leaves’. Philosophical Transactions B: Biological Sciences, vol 373.
• Moody, LA, Kelly, S, Coudert, Y, Nimchuk, ZL, Harrison, CJ & Langdale, JA, 2018, ‘Somatic hybridization provides segregating populations for the identification of causative mutations in sterile mutants of the moss Physcomitrella patens’. New Phytologist, vol 218., pp. 1270-1277
• Solly, J, Cunniffe, N & Harrison, CJ, 2017, ‘Regional growth rate differences specified by apical notch activities regulate liverwort thallus shape’. Current Biology, vol 27., pp. 16-26
• Coudert, Y, Bell, N, Edelin, C & Harrison, CJ, 2017, ‘Multiple innovations underpinned branching form diversification in mosses’. New Phytologist, vol 215., pp. 840-850