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  "code": "7b.b.9g",
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  "code": "7b.b.9g",
            
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  "contributor": "NIOZ Royal Netherlands Institute for Sea Research",
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  "contributor": "NIOZ Royal Netherlands Institute for Sea Research",
            
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  "creators": "[{\"firstname\":\"Clea\",\"lastname\":\"van de 
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  "creators": "[{\"firstname\":\"Clea\",\"lastname\":\"van de 
            
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Ven\",\"orcid\":null,\"affiliation\":\"Royal Netherlands Institute for 
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Ven\",\"orcid\":null,\"affiliation\":\"Royal Netherlands Institute for 
            
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Sea 
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Sea 
            
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contactemailaddress\":\"clea.van.de.ven@nioz.nl\",\"formatted\":\"Clea 
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contactemailaddress\":\"clea.van.de.ven@nioz.nl\",\"formatted\":\"Clea 
            
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van de Ven - Royal Netherlands Institute for Sea Research - ORCID:  - 
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van de Ven - Royal Netherlands Institute for Sea Research - ORCID:  - 
            
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Corresponding Author - clea.van.de.ven@nioz.nl\"}]",
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Corresponding Author - clea.van.de.ven@nioz.nl\"}]",
            
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  "deposit_date": "2024-03-15",
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  "deposit_date": "2024-03-15",
            
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  "depositor": "Clea Ven van de",
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  "depositor": "Clea Ven van de",
            
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  "distribution_date": "2024-03-15",
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  "distribution_date": "2024-03-15",
            
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  "distributor": "Research Data Management(NIOZ Royal Netherlands 
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  "distributor": "Research Data Management(NIOZ Royal Netherlands 
            
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Institute for Sea Research)",
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Institute for Sea Research)",
            
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  "doi_date_published": "2024-03-15",
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  "doi_date_published": "2024-03-15",
            
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Netherlands N: 51.67517 S: 51.38587 E: 4.11985 W: 3.81937\"}]",
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  "name": "7bb9g",
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  "name": "7bb9g",
            
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  "notes": "Coastal vegetated ecosystems including mangroves, 
37
  "notes": "Coastal vegetated ecosystems including mangroves, 
            
38
seagrasses, and salt marshes are often shaped by positive 
38
seagrasses, and salt marshes are often shaped by positive 
            
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plant-environment feedbacks. Plants improve their own living 
39
plant-environment feedbacks. Plants improve their own living 
            
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conditions with increasing patch size and density by attenuating 
40
conditions with increasing patch size and density by attenuating 
            
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hydrodynamics and stabilizing sediments. As these habitat 
41
hydrodynamics and stabilizing sediments. As these habitat 
            
42
modifications are critical for survival and growth, the positive 
42
modifications are critical for survival and growth, the positive 
            
43
density-dependent nature of these feedbacks can lead to establishment 
43
density-dependent nature of these feedbacks can lead to establishment 
            
44
thresholds for young plants in absence of mature conspecifics. 
44
thresholds for young plants in absence of mature conspecifics. 
            
45
Although feedback strength is known to depend on hydrodynamic exposure 
45
Although feedback strength is known to depend on hydrodynamic exposure 
            
46
and plant traits (e.g. stiff vs flexible stems), it remains unclear 
46
and plant traits (e.g. stiff vs flexible stems), it remains unclear 
            
47
how (1) opposing morphological plant traits affect establishment in 
47
how (1) opposing morphological plant traits affect establishment in 
            
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contrasting environments, and (2) whether trait plasticity influences 
48
contrasting environments, and (2) whether trait plasticity influences 
            
49
establishment success. Here, we investigate this by transplanting two 
49
establishment success. Here, we investigate this by transplanting two 
            
50
tidal species with opposing growing strategies \u2013  Spartina 
50
tidal species with opposing growing strategies \u2013  Spartina 
            
51
anglica forms tussocks of stiff stems while Zostera noltii forms 
51
anglica forms tussocks of stiff stems while Zostera noltii forms 
            
52
patches of stress-avoiding flexible shoots \u2013 from two different 
52
patches of stress-avoiding flexible shoots \u2013 from two different 
            
53
donor sites in 8 experimental locations. \n\tResults show that the 
53
donor sites in 8 experimental locations. \n\tResults show that the 
            
54
survival and growth of both species was most successful at field 
54
survival and growth of both species was most successful at field 
            
55
locations with diverging environmental characteristics, while overall 
55
locations with diverging environmental characteristics, while overall 
            
56
survival was highest for Z. noltii. Mainly, S. anglica survival was 
56
survival was highest for Z. noltii. Mainly, S. anglica survival was 
            
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highest at locations with high organic matter and silt content and 
57
highest at locations with high organic matter and silt content and 
            
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higher elevation relative to the tidal amplitude. In contrast, Z. 
58
higher elevation relative to the tidal amplitude. In contrast, Z. 
            
59
noltii survival was highest at locations with larger grainsize and 
59
noltii survival was highest at locations with larger grainsize and 
            
60
lower relative elevations. Furthermore, despite initial differences in 
60
lower relative elevations. Furthermore, despite initial differences in 
            
61
plant traits between the two donor sites of Z. noltii, we found no 
61
plant traits between the two donor sites of Z. noltii, we found no 
            
62
effects of donor origin. Contrastingly, we found a significant effect 
62
effects of donor origin. Contrastingly, we found a significant effect 
            
63
of donor origin on S. anglica growth, even though transplants from the 
63
of donor origin on S. anglica growth, even though transplants from the 
            
64
two donor sites showed no initial trait differences. Collectively, 
64
two donor sites showed no initial trait differences. Collectively, 
            
65
these results suggest that the stress-tolerance strategy of S. anglica 
65
these results suggest that the stress-tolerance strategy of S. anglica 
            
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hampers establishment in exposed conditions, whereas the 
66
hampers establishment in exposed conditions, whereas the 
            
67
stress-avoiding Z. noltii appears to be more susceptible to stress 
67
stress-avoiding Z. noltii appears to be more susceptible to stress 
            
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from desiccation and silty sediments.",
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  "tags": [
            
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    {
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    {
            
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      "display_name": "Spartina anglica",
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      "display_name": "Spartina anglica",
            
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    }
187
    }
            
166
  ],
188
  ],
            
167
  "title": "Co-occurring intertidal ecosystem engineers with opposing 
189
  "title": "Co-occurring intertidal ecosystem engineers with opposing 
            
168
growth strategies show opposite responses to environmental gradients 
190
growth strategies show opposite responses to environmental gradients 
            
169
during establishment",
191
during establishment",
            
170
  "type": "dataset",
192
  "type": "dataset",
            
171
  "url": "https://dataportal.nioz.nl/doi/10.25850/nioz/7b.b.9g",
193
  "url": "https://dataportal.nioz.nl/doi/10.25850/nioz/7b.b.9g",
            
172
  "version": "1"
194
  "version": "1"
            
173
}
195
}